China JIANGXI HUAZHIJUN TECHNOLOGY CO., LTD company news

              What Materials Are Laboratory Benches Made Of ?   The selection of materials, such as : steel-wood frames, powder-coated steel frames, stainless steel, or pp and frp materials, to ensure chemical compatibility, durability, and compliance with laboratory safety standards. Customers should choose different materials based on the environment of their own laboratories. For instance, in laboratories with strong corrosiveness, suppliers of pp and fiberglass reinforced plastic (FRP) laboratory benches that are resistant to strong acids and alkalis are not allowed to provide pp and FRP laboratory benches.   Steel Wood Frame Mterials :   Main frame: Made of 38*57mm(1.2mm thick) high-quality square steel, the surface undergoes acid washing, phosphating, chemical anti-rust treatment, and high-temperature epoxy spraying. It is resistant to acid and alkali corrosion, does not rust, has good load-bearing performance, and a long service life. Countertop: Made of high-quality brand 12.7mm thick solid core physical and chemical board specifically designed for laboratories, the edge is thickened to 25.4mm. The surface has undergone technical treatment, being smooth without pores, resistant to acid and alkali, and anti-corrosion. The edge is milled, and the countertop's corrosion resistance and water resistance both meet the high-quality standards of the laboratory industry. Laboratory Benches Door panel: Made of 18mm E1 grade melamine-faced particleboard, all cross-sections are treated with high-quality PVC waterproofing, and the four corners are rounded. Cabinet body: Made of 18mm E1 grade melamine-faced particleboard, all sections are treated with high-quality PVC waterproofing, and the four corners are rounded. ; The cabinet body panels adopt a detachable three-in-one connection, which is structurally stable, has good load-bearing performance and is easy to disassemble, which is conducive to the special working environment of the laboratory. Drawer: Made of 18mm E1 grade melamine-faced particleboard, all cross-sections are treated with high-quality PVC waterproofing, and the four sides are rounded with chamfers. The bottom plate is generally made of high-quality medium-density fiberboard, and other materials are the same as those of the cabinet body. The movable backboard is made of 15mm E1 grade melamine-faced particleboard. All sections are treated with high-quality PVC waterproofing, and the four sides are rounded and rounded. It is movable and detachable for easy use. Hinges: Stainless steel hinges are usually used. When the horizontal Angle with the cabinet surface is 15 degrees, the cabinet door can close by itself. They have good elasticity, an attractive appearance, no noise during use, and a long service life. Guide rails: Three-section sound-absorbing guide rails are adopted. The surface is electrostatically sprayed with black epoxy resin (galvanized), which is corrosion-resistant and convenient for staff holding items to operate. It is conducive to use in the special working environment of the laboratory. Handle: Made of aluminum alloy or anti-corrosion Pp material, formed by mold, with chemical treatment on the surface, beautiful appearance and humanized design.       Technical Parameters  of steel wood Laboratory Benches :     Worktop a.12.7/16/19mm lab grade phenolic resin countertop. b.16/19mm epoxy resin countertop. c. 20mm ceramic countertop. d. 20mm stainless steel countertop mounted with 18mm plywood/MDF. e. 16/20mm trespa countertop. Structure Floor mounted/C-frame/H-frame/O-frame or customization Size L*75/800/1500*750/900mm.(LxWxH) or customization Color White, gray, blue or specified by customer, we can offer color charts. Cabinet /drawer/door 18mm chipboard/MDF/plywood with melamine/HPL on both sides, depending on customers' budget and needs. Panel edges with 2mm PVC edging cemented by imported glue, excellent performance on water resistance. Cabinet size 450/500/600/900/1000/1200mm wide or customized size. Frame 60x40x2.0/40x40x1.5mm/30x30x1.5mm galvanized steel pipe coated with epoxy resin powder Hinge 304 stainless steel heavy-duty thick hinge. Handle U-shape 128/160mm 304 S.S handle/In built plastic or aluminum grab handle/aluminum alloy grab handle,or any type specified by customers. Reagent shelf made up of tempered glass and steel plate. Optional model: normal/American model. Wall mounted cabinet Single/double door with complete wood door or wood door embedded with glass, with 1 adjustable shelf. Sink Polypropylene/ceramic/epoxy resin sink. Normal size: 550x450x310/440x340x280mm. Faucet single-outlet/triple-outlets cold-water faucet, hot-cold water faucet. Socket Universal/British/European socket, water-proof or explosion proof socket. with coated steel separate standout or long aluminum electric trunking, based on customers' local needs. Other available accessories PP/stainless steel pegboard, eye wash, gas fitting, fume extractor, emergency shower,lab stool/chair etc.       Jiangxi Huazhijun Technology Co., Ltd  is a company specializing in the design and manufacture of laboratory benches, fume hoods and other laboratory products and environments, providing systematic solution services for laboratories. The company is a professional enterprise specializing in independent research and development, design, production and installation, including laboratory engineering, purification engineering, intelligent ventilation control system engineering, centralized gas supply engineering for laboratories, water treatment engineering, etc. The main products include: laboratory benches, fume hoods, reagent cabinets, gas cylinder cabinets, instrument cabinets, safety cabinets, laboratory furniture and laboratory equipment. We create a complete set of fully functional, reassuring, comfortable, environmentally friendly and brand-new laboratory environment for our customers. Our designs and products are characterized by being based on standards, highly practical, well-coordinated and innovative. It can bring convenience to customers in the process of building laboratories, such as saving resources, reducing workload, shortening construction periods and saving construction funds. Our company solemnly promises: With a sincere heart, we will provide you with professional information transmission and present you with our high-quality products and services. The pursuit of long-term cooperation with customers is the fundamental purpose of our service. No matter what requirements you have for product quality or product level, please let us know. We will definitely provide you with satisfactory service. Our company has a team of experienced personnel in the laboratory construction industry. We are confident that we can provide customers with comprehensive, thoughtful, meticulous and considerate services in laboratory design, production and installation, offer you outstanding laboratory system solutions, and become your long-term trusted partner for common development! Jiangxi Huazhijun Technology Co., Ltd. will continue to adhere to the development tenet of "reassuring customers, comforting employees and making the enterprise smooth", spare no effort to create a reassuring laboratory for customers, and work tirelessly for the standardization and development of the laboratory industry!     FAQ :   Q:Is Jiangxi Huazhijun Technology Co., Ltd  a factory or trade company? A:Jiangxi Huazhijun Technology Co., Ltd  is a direct factory what make lab furniture and fume hood  technology Manufacturer .   Q:May Jiangxi Huazhijun Technology Co., Ltd have my own design? A:Yes,send us sketch or drawing, specified about your requirement,Our professional design team will make 3D drawing Q: Can Clients  customize the size and color? A: Absolutely, all product support customized made Q: What are the payment terms? A:T/T,L/C,Western Union,MoneyGram Q: What is the delivery time? A: it usually takes approximate 15 working days Q:Do you have Certifications for your Laboratory Benches products? A:Yes, we have ISO9001,ISO14001,OHSASI18001 and so on      

   What are Laboratory Fume Hoods Special Functions of Fume Cupboard Suppliers ?   Laboratory ventilation disign requirements of comfort air conditioning systems. Their primary purpose is to provide a safe and comfortable working environment and reduce laboratory personnel's exposure to hazardous environments. Fume hoods primarily address the work environment, health, and labor protection of laboratory personnel.   I. Types of Fume Cupboards Building a modern laboratory is a systematic project. When equipping the laboratory with various instruments and equipment and their supporting facilities, it is necessary to consider power supply, water supply, drainage, air supply, exhaust, purification, and sewage disposal. Furthermore, attention must be paid to the safety of personnel, objects, and the surrounding environment; the comfort of the noise, odor, and visual environment; the operability and functionality of various laboratory equipment; and the convenience of information processing. Therefore, a modern laboratory must be designed and equipped with high-quality equipment to meet these requirements. Modern laboratory equipment includes: fume hoods, central lab benches, side benches, medicine cabinets, instrument cabinets, and gas cylinder cabinets. Fume hoods play a crucial role in biochemical laboratories and are essential equipment. Therefore, Fume Cupboard Suppliers must select high-quality fume hoods for clients using. Fume hood suppliers categorize fume hood exhaust systems into three types: top exhaust, bottom exhaust, and top and bottom exhaust. To ensure uniform air velocity in the laboratory personnel's workspace, bottom exhaust should be selected for cooling processes, while top exhaust should be selected for heating processes. For processes with unstable heat generation, exhaust vents should be installed on both the top and bottom, adjusting the ratio of top and bottom exhaust volume as the heat generation inside the hood fluctuates, thereby achieving uniform air velocity.   Fume hoods can also be classified into three types based on their air intake method. Full exhaust fume hoods, which draw in indoor air, circulate it through the hood, and then exhaust it outdoors, are a very common type. When the fume hood is installed in a heated room or a room with temperature and humidity control requirements, a makeup air fume hood uses outdoor makeup air that circulates through the hood before exhausting outdoors to save heating and air conditioning energy. The second type of fume hood is a variable air volume control system. Conventional constant air volume systems require manual adjustment of a fixed-blade damper to adjust the fume hood's exhaust volume. When the damper is adjusted to a certain angle, the desired face velocity is achieved. Variable air volume control (VAV) uses a sensor to adjust the air volume to achieve a given face velocity. Standard fume hoods are low-cost, while variable air volume (VAV) fume hoods are more expensive. These fume hoods are suitable for laboratories requiring high precision and research labs.   Fume Cupboard Suppliers  offer a wide range of styles, including monolithic, open-bottom, floor-standing, two-sided, three-sided glass, tabletop, and one-piece, depending on their intended use. They also offer custom designs tailored to specific experimental requirements, such as those for radioactive, synthetic, and perchloric acid experiments.         II. Main Functions of Fume Cupboard   Fume cupboards suppliers think that the main function of a fume hood is exhaust. In chemical laboratories, experiments generate various harmful gases, odors, moisture, and flammable, explosive, and corrosive substances. To protect laboratory personnel and prevent the spread of contaminants, these experiments require the use of fume hoods. In the past, fume hoods were used in limited numbers, reserved for experiments involving particularly harmful and hazardous gases and those generating significant amounts of heat. Fume hoods served only as auxiliary equipment for the laboratory bench. In recent years, in order to improve the experimental environment, experiments conducted on the laboratory bench have gradually been transferred to fume hoods. This requires that fume hoods be selected more frequently when building modern laboratories and high-tech laboratories to ensure the safety of experimental personnel. The purpose of selecting a fume hood is to exhaust the harmful gases generated in the experiment and protect the health of experimental personnel. The fume hood should have a high degree of safety and excellent operability, which requires the fume hood to have the following functions:   (1) Release function: It should be able to absorb the harmful gases generated inside the fume hood by absorbing the gas outside the cabinet, dilute it, and then discharge it to the outside after treatment to meet environmental protection requirements before discharging it into the atmosphere. (2) No backflow function: It should have the function of preventing the airflow generated by the exhaust fan inside the fume hood from flowing back into the room. To ensure the realization of this function, the best method is to connect a fume hood with a fan and an electric damper with a single pipe. If it cannot be connected with a single pipe, it can only be connected in parallel in the same room on the same floor. The fan should be installed at the end of the pipe (or on the roof) as much as possible. (3) Isolation function: A glass (acrylic) window should be used in front of the fume hood to separate the inside and outside of the fume hood. (4) Air supply function: The fume hood should have a channel or alternative device to inhale air from outside the fume hood when exhausting harmful gases. (5) Wind speed control function: In order to prevent harmful gases from escaping from the fume hood, the fume hood supplier will control the fume hood's suction speed according to the requirements of each experiment in the fume hood. The factors that determine the suction speed of the fume hood's air intake are: the heat generated by the experimental content and the relationship with the number of air changes. The main factors are the experimental content and the nature of the harmful substances. It is generally stipulated that the suction speed of generally non-toxic pollutants is 0.25-0.38m/s, the suction speed of toxic or dangerous harmful substances is 0.4-0.5m/s, the suction speed of highly toxic or slightly radioactive substances is 0.5-0.6m/s, the suction speed of gaseous substances is 0.5m/s, and the suction speed of granular substances is 1m/s. In order to ensure that the wind speed meets the requirements, the fume hood fan should have the necessary static pressure, that is, the friction resistance when the air passes through the ventilation duct. When determining the wind speed, attention should also be paid to the noise problem. When air flows through the pipe, the limit is 7-10m. If it exceeds 10m, noise will be generated. Usually, the noise limit value of the laboratory (indoor background noise level) is 70dB(A). Increasing the pipe cutting area will reduce the wind speed, which will also reduce the noise. Considering the cost and construction issues of the pipe, the power of the pipe and exhaust fan must be carefully selected. (6) Heat resistance and acid and alkali corrosion resistance: Some fume hoods need to be equipped with electric furnaces, and some experiments produce a large amount of acid, alkali and other toxic and harmful gases with strong corrosiveness. The table, lining, side panels and selected water nozzles and gas nozzles of the fume hood should have very strong anti-corrosion function.       III. Gas emission disposal of Fume Cupboards    The laboratory emits many toxic and acid-base corrosive gases, so the gas must be treated before being discharged into the atmosphere. The treatment method is as follows: A vertical acid mist tower is used for acidic gases; an optical catalytic purification box is used for toxic and organic gases. The two devices are installed at the end of the exhaust system: the vertical acid mist tower is located in the positive pressure section of the fan, and the optical catalytic purification box is located in the negative pressure section. After primary and secondary filtration, the air from the animal room is discharged directly into the atmosphere. However, it is treated with a high-pressure jet at the exhaust outlet, with the jet spray reaching a height of more than 3 meters.     !!!Choose SUCLAB Fume Cupboard, Choose the Professional Lab Fume Cupboard Supplier!!! Professional advice to help you purchase the products you wanted Professional export service team servers in the deal Customization service is available ,OEM business is appreciated We will inspect and test all products carefully to ensure no damage and lost before delivery The success of our cooperation can be guaranteed for our company is a credible and honest partner. we have our own overseas technician and installation team. Welcome to send us your enquiry or contact us for more products information.   Look forward to serving you!!  

 SUCLAB Ductless fume hoods are fume hoods that they have not duct tube  . Instead, they primarily handle hazardous gases  proceed  through a built-in high-efficiency filtration system.  Advantages are below :   1. No ducting exhaust .   High Flexibility: They can be installed anywhere in the lab without complex ductwork, making them ideal for space-constrained or temporary laboratories. Energy Saving and Environmental Protection: They do not release exhaust gases to the outside, preventing environmental pollution and reducing energy consumption for air conditioning/heating (traditional fume hoods extract indoor air).   2. Top-Efficiency Filter System   Two layers filtration technology: They typically utilize HEPA/ULPA filters (for particulate matter) and activated carbon filters (for chemical vapors) to absorb harmful substances ,Eg : acids, bases, and organic solvents. Specific Filter Cartridge Compatibility: Custom filter cartridges are supported to optimize filtration efficiency for specific chemicals (such as formaldehyde and mercury vapor).   3. Time Monitoring and Safety Protection   Airflow Sensor: Monitors real-time air velocity to ensure a safe negative pressure within the operating window. Filter Saturation Alarm: Automatically detects filter life and prompts replacement to prevent leaks caused by failure. Low-Noise Operation: No external fans, typically quieter than traditional fume hoods.   4. Mobility and Modular Design of SUCLAB ductless fume hood   Mobility: The wheeled design allows for easy reconfiguration, making it suitable for shared labs or temporary labs. Modular Maintenance: Filter replacement is easy, eliminating the need for specialized technicians.   5. Applications: Low- to medium-hazard experiments: Such as teaching labs,   pharmaceutical weighing, and handling small amounts of volatile reagents. Sensitive Environments: Cleanrooms and hospital laboratories (to avoid cross-contamination). Compliance Requirements: Meets environmental requirements.     Ductless Fume Hood  Special Feature: Real time temperature and humidity environmental monitoring system, displaying temperature and humidity, setting alarm parameters to ensure product safety. With Filter saturation alarm system: The product is equipped with double-layer filters and dual VOC probes. One probe monitors indoor air quality and the other monitors filter saturation status. The filter is set to a saturation alarm value, which will sound an alarm if it exceeds the range. When the concentration exceeds the set value for a long time, the filter needs to be replaced. With advanced filtering module system, according to experimental requirements, to meet various different experiments. Fully adsorbs harmful gases, particulate dust, and other substances generated during filtration experiments. Provide API interfaces and support third-party platform docking functionality. With Automatic Closed-Loop Airflow Velocity Control System.         SUCLAB  ductless fume hood is designed specifically to protect the safety of laboratory personnel during experimental operations. It can prevent operators from inhaling toxic, harmful, disease causing, or unknown toxic chemicrals during experiments. It efficiently purifies ventilation cabinets and the air inside the laboratory.     Huazhijun Technology Co., Ltd  is a new high-tech enterprise whose business covers lab equipments and fume hood Manufacturer. With more than500 people, 5+ workshops, covering a total area of 30000 m2. We have established overseas company in USA, Dubai, Singapore, Kazakhstan, Myanmar and other countries.                                                                                                                                          We can provide OEM ,ODM and Customizedgoods to our clients.   SUCLAB Ductless Fume Hood  FAQ :   Q1 /Are you a manufacturer or trading company?   We are a lab equipments and cleanroom equipments manufacturer. Q2 / May l customize the size of a product?   Yes, we provide customized service based on our experiences for 25+ years.Please send the drawing and specification you requirewe can discuss the further requirement, and then we can start tomanufacture. Q3 / What is your term of delivery?   We accept EXW, FOB , or ClF Q4/What's the lead time for mass production?   It depends on the order quantity and the season you place the order. Q5 / May I have a sample before mass production?   We provide free samples for some products, and we can customize sample according to your requirements. Q6 / How long is the warranty period?   We offer one year warranty, including spare parts are given free replacement; electrical products are free to be replaced or repaired within 1 year .     Technolical Sheet :      

       Classified of SUCLAB fume hoods by material:   Steel fume hood: The main material of the fume hood is all steel. It is the preferred choice for non-strong acid and strong alkali laboratories. It is fireproof and moisture-proof, elegant and generous, and has a high cost performance.   Wooden fume hood: The main material of the fume hood is all wood. It is less used in laboratories nowadays and is not fireproof.   Stainless steel fume hood: The main material of the fume hood is stainless steel, mostly made of 304, 306 or 306L materials. It is acid and alkali resistant, corrosion-resistant, easy to clean, and heat-resistant. It is the preferred choice for laboratories with strong acids and strong alkalis, but the price is relatively high.   PP fume hood of SUCLAB fume hoods : The main material of the fume hood is PP plate. PP material has excellent acid resistance. Compared with all-steel fume hoods, its superior acid and alkali resistance enables it to conduct higher-intensity acid and alkali experiments. PP fume hoods are mainly used in high-intensity acid and alkali experiments, clean rooms and other places.  .   FRP (Fiber Reinforced Plastic) Fume Hood :  It is a type of chemical fume hood constructed from fiberglass-reinforced plastic, offering excellent resistance to corrosion, moisture, and chemical exposure. It is commonly used in laboratories handling acids, solvents, and other corrosive substances.Using strongest chemical laboratory and Mine  Chemistry Laboratory .     Classify by exhaust mode of SUCLAB fume hoods:   Upper exhaust fume hood: For cold process experiments, a lower exhaust fume hood should be used.   Bottom exhaust fume hood: For experiments involving thermal processes, an upper exhaust fume hood should be used.   Upper and lower simultaneous exhaust fume hood: For experiments with unstable heat generation, exhaust vents can be set at both the top and bottom. The ratio of the upper and lower exhaust air volumes can be adjusted according to the changes in heat generation inside the hood, thereby achieving a uniform air velocity.   Classify by air intake method of SUCLAB fume hoods:   Fully exhaust fume hood: The type where the air intake from the room circulates within the cabinet and is then discharged outdoors is called a fully exhaust fume hood. This is a very widely used type.   Supply air type fume hood: When a fume hood is installed in a room with heating or temperature and humidity control requirements, to save energy consumption for heating and air conditioning, the method of taking supply air from outside, circulating it inside the hood, and then discharging it outside is called a supply air type fume hood.   Classified by structure:   Floor-standing fume hoods, two-sided fume hoods, walk-in fume hoods, desktop fume hoods, and various specialized fume hoods designed according to different experimental usage requirements.   Classify by the presence or absence of external pipelines   It can be divided into exhaust fume hoods and ductless fume hoods.   External exhaust fume hood: It directly extracts the toxic and harmful gases produced during experimental operations to the outside through an external pipeline connected to a fan.   Ductless SUCLAB fume hoods : It directly adsorbs the toxic and harmful gases produced during experimental operations with activated carbon filters and then discharges them.      

     For a research laboratory ,lab furniture design must plan as Blow Tips: functionality, safety, durability, and ergonomics.   1. Refer Lab Requirements Type of Research : Is it chemical, biological, medical, or physics-based? Different fields require specific materials and layouts. Workflow Analysis : Identify processes (e.g., sample prep, testing, storage) to optimize furniture placement. User Needs : Consider the number of researchers, equipment sizes, and accessibility requirements. 2. Choose  Chemical-Resistant Materials Countertops : Epoxy Resin : Highly resistant to chemicals, heat, and moisture. Phenolic Resin : Durable, lightweight, and resistant to bacteria. Stainless Steel : Ideal for sterile environments (e.g., medical labs). Cabinets & Storage : Powder-Coated Steel : Resistant to corrosion and easy to clean. Polypropylene : Chemical-resistant for acid storage. 3. Design for Ergonomics & Safety Height-Adjustable Tables : For comfort during long hours. Undercounter Space : Allows seated work with knee clearance. Rounded Edges : Prevents injuries. Ventilation Integration : For fume hoods or downdraft tables if handling hazardous substances. 4. Modular & Flexible Layouts Mobile Workbenches : Enable reconfiguration for different experiments. Modular Shelving : Adjustable for varying equipment sizes. Island vs. Perimeter Design : Island Benches : Central workspace for collaboration. Wall-Mounted Units : Save space in smaller labs. 5. Specialized Furniture for Equipment Microscope Tables : Anti-vibration and adjustable height. Centrifuge Stations : Sturdy bases to minimize vibrations. Biosafety Cabinets : Built-in supports for secure placement. 6. Storage Solutions Chemical Cabinets : Fireproof, with spill containment. Overhead Shelving : For lightweight items. Drawer Dividers : Organize small tools and consumables.         Lab Furniture Design Technical Data :       Structure All steel structure with C-frame,H-frame,floor mounted all are available and customized framework designed. combine with space storage function and flexible cabinet. Framework Material standard 60 ×40 ×1.5mm square steel tube spraying epoxy resin powder coating. other request by customer is available. Body Material 1.0mm/1.2mm/1.5mm cold-roll steel sheet/stainless steel/galvanized steel sheet/PP(polypropylene)/FRP(fiber reinforce plastic) all available. Plywood,MDF,HPL also can choice for the cabinet body. Color Customer optional. (Contact MonchiLab for the color sample!!!) Dimension Customized size solution. Worktop 1) 15mm/19mm/25mm thickness Epoxy Resin tops,black,gray,white color for option. 2) 13mm/16mm/19mm/25mm thickness Phenolic Resin tops,black, gray,white color for option. 3) 1.0mm/1.2mm 304# stainless steel cover with 18mm thickness MDF as a worktop. 4) 20mm thickness laboratory grade ceramic tops,black color. 5) 20mm/30mm/50mm marble tops,black color. a: All lab furniture worktop is chemical resistant,durable and anti scratch.UV light proof. perfect performance of chemical resistant like acid,alkali,chemical reagent,organic solvent. b: Lab grade ceramic top is able to high temperature resistant more than 1000°C and no affect. able to resist instant temperature 1200°C & there is no affect when temperature is up to 160 °C. c: Impact cutting resistant.monolithic smooth. Cabinet For a better appearance and high efficient working station,we suggest lab furniture provide some cabinet.our standard cabinet size is 400 ×450 ×600,600 ×450 ×600.other cabinet size should be customized and approval. Handle 304# stainless steel/Aluminum/Plastic handle are available. Reagent Shelf Module steel column/Aluminum column,12mm tempered glass as the layer and other material board is optional,like epoxy resin,phenolic,marble,granite,stainless steel. Sink PP sink,epoxy resin sink,stainless steel sink all for option. Faucet Single taps/two way taps/triple taps for cold water,cold&hot water,pure water taps,sensor taps all is up to your choice.Stainless steel,material,brass body with ceramic valve ore with epoxy resin powder coating. Socket Water proof lab furniture socket, explosion proof socket,standard socket used in your country is for your option. Drip Rack Drip rack is up to your actual function demands,it's used in most of lab that located with water taps.customized size and material is available. Flexible function Flexible functional lab furniture is widely acceptable and nice evaluation all over the world       FAQ : Q: The size you providing is standard dimension. So could the Lab Furniture design can be accord to us requirement? A: Yes. All goods can be designed for your need. Q: How is the package of your product? A: Bubble Film+Hard carton for FCL order. Bubble film+carton+Standard export wooden case for LCL order. . Q: What kind of material of HUAZHIJUN  Lab Furniture can be chosen? A: Yes, optional material: all steel, stainless steel, steel and wood, PP Q: Which way can be chosen in delivery? A: We will deliver the goods by car/sea/air. Q: How about the sample of HUAZHIJUN lab product? A: We could send you the samples but the freight and the sample are charged. Q:How about delivery time? A: Within 5-15 workdays after receiving deposit. Q: What is the shipping port? A:  Guangzhou or Shenzhen Port,China (also can ship according to customers' request) Q: How to inspect the goods? A: Products will checked by our QC staff firstly, then our project manager.  

                             How to Select The Best and Most Reliable Laboratory Furniture Suppliers?         Selecting the best and most reliable laboratory furniture suppliers  involves careful consideration of several key factors : Ensure quality, functionality, and compliance with industry standards. Below tips can help you make an right decision:    1. Define Your Requirements   Type of Furniture Needed: Workbenches, fume hoods, storage cabinets, lab tables, etc. Material Preferences: Chemical-resistant, durable (e.g., epoxy resin, stainless steel). Customization Needs: Modular, ergonomic, or specialized lab setups. Compliance Standards: Ensure adherence to CSA, OSHA, ISO, or other relevant safety regulations .     2. Research Potential Suppliers   Online Search & Directories: Look for suppliers with strong online presence and positive reviews. Industry Recommendations: Seek referrals from universities, hospitals, or research labs. Trade Shows & Exhibitions: Attend lab equipment expos to meet suppliers in person.     3. Evaluate Supplier Credentials       Experience & Reputation: Prefer established suppliers with years of experience. Customer Reviews & Testimonials: Check Google, LinkedIn, and industry forums. Certifications: Ensure they meet ISO 9001, NSF, or other lab safety standards .      4. Assess Product Quality & Customization        Material Durability: Ensure resistance to chemicals, heat, and wear. Custom Solutions: Check if they offer tailored lab furniture based on your space and workflow. Warranty & After-Sales Support: Look for suppliers providing installation, maintenance, and warranties.      5. Compare Pricing & Lead Time         Request Quotes: Get detailed pricing from multiple suppliers. Budget Alignment: Balance cost-effectiveness with quality. Delivery Time: Ensure timely delivery if you have project deadlines.      6. Check Local vs. International Suppliers    Local Suppliers (Canada-based): Easier logistics, quicker support. International Suppliers: Potentially lower costs but longer shipping times.        7. Verify Compliance & Safety Standards     Ensure the furniture meets Canadian safety regulations (e.g., CSA, WHMIS) . Confirm flame resistance, chemical resistance, and ergonomic design.       8. Visit Showrooms or Request Samples         JIANGXI HUAZHIJUN TECHNOLOGY CO., LTD is a well -known and  profesional lab equipment manufacturer all over the world. It is  the best and most reliable laboratory furniture suppliers Final Several Tips ✔ Prefer suppliers offering turnkey solutions (design, installation, maintenance). ✔ Ensure environmentally sustainable materials (e.g., low VOC emissions). ✔ Read contracts carefully regarding delivery, installation, and warranties . Would you like recommendations based on a specific province or type of lab (e.g., medical, research, school)? Let me know so I can refine the search for you!          Jiangxi Huazhijun Technology Co., Ltd In China is a company specializing in laboratory Furniture Suppliers products and environments, providing the Best and Most  Reliable Laboratory Furniture Suppliers , It is a systematic solution services for laboratories. The company is a professional enterprise specializing in independent research and development, design, production and installation, including laboratory engineering, purification engineering, intelligent ventilation control system engineering, centralized gas supply engineering for laboratories, water treatment engineering, etc. The main products include: laboratory benches, fume hoods, reagent cabinets, gas cylinder cabinets, instrument cabinets, safety cabinets, laboratory furniture and laboratory equipment. We create a complete set of fully functional, reassuring, comfortable, environmentally friendly and brand-new laboratory environment for our customers. Our designs and products are characterized by being based on standards, highly practical, well-coordinated and innovative. It can bring convenience to customers in the process of building laboratories, such as saving resources, reducing workload, shortening construction periods and saving construction funds. Company solemnly promises: With a sincere heart, we will provide you with professional information transmission and present you with our high-quality products and services. The pursuit of long-term cooperation with customers is the fundamental purpose of our service. No matter what requirements you have for product quality or product level, please let us know. We will definitely provide you with satisfactory service. Our company has a team of experienced personnel in the laboratory construction industry. We are confident that we can provide customers with comprehensive, thoughtful, meticulous and considerate services in laboratory design, production and installation, offer you outstanding laboratory system solutions, and become your long-term trusted partner for common development!        

Custom White High Level Full Steel Laboratory Furniture With Reagent Shelf Solutions for Overseas Markets        Laboratory furniture With Reagent Shelf solutions mainly configuration including:   Laboratory bench: The laboratory bench is one of the most important pieces of furniture in a laboratory. It needs to have functions such as anti-corrosion, fire prevention, and anti-static. The materials of laboratory benches usually include marble, ceramics, epoxy resin boards, steel-wood, cowhide, boards, melamine boards, cold-rolled steel, glass, etc.   Fume hood: A fume hood is used to exhaust harmful gases and vapors during experiments to protect the health of laboratory personnel. The design of fume hoods needs to take into account ventilation effect, operational convenience and safety. Medicine cabinet: A medicine cabinet is used to store chemicals and other dangerous goods and needs to have good sealing and corrosion resistance. The material of a medicine cabinet is usually steel or stainless steel.   Purification workbench: The purification workbench provides a dust-free and sterile working environment, suitable for biological experiments and the operation of precision instruments. The size and material of the clean bench need to be selected based on specific usage requirements.   Other equipment: In addition to the above-mentioned main equipment, the laboratory may also need to be equipped with some other furniture and equipment, such as storage cabinets, instrument racks, safety facilities, etc. The selection and configuration of these devices also need to be based on the specific functions and safety requirements of the laboratory .   The special functions of Laboratory furniture With Reagent Shelf solutions including  :   1.Easy to clean and disinfect: For laboratories in biology, medicine, coatings, etc., thorough cleaning and disinfection are required. Therefore, laboratory furniture must have the characteristics of being easy to clean, disinfect and able to remain clean for a long time. 2.Heat resistance and acid and alkali corrosion resistance: Some fume hoods need to house electric furnaces, and some experiments produce a large amount of toxic and harmful gases such as acids and alkalis, which are highly corrosive. Therefore, they need to have the functions of heat resistance and acid and alkali corrosion resistance. Release function: The fume hood should be equipped with a mechanism that dilutes the harmful gases generated inside by absorbing the outside air and then discharges them outdoors. 3.Non-backflow function: The fume hood should have the function that the airflow generated by the exhaust fan inside the fume hood can prevent harmful gases from flowing back into the room from the inside of the fume hood. Supplementary function: The fume hood should have a channel or alternative device for drawing in air from outside the fume hood when discharging harmful gases. 4.Wind speed control function: To prevent harmful gases from escaping from the fume hood, a certain suction speed is required. Generally, it is stipulated that the temperature for non-toxic pollutants is 0.25-0.38m/s, for toxic or dangerous harmful substances it is 0.4-0.5m/s, for highly toxic or slightly radioactive substances it is 0.5-0.6m/s, for gaseous substances it is 0.5m/s, and for granular substances it is 1m/s. 5. Stability: Laboratory furniture should be structurally solid and stable, capable of withstanding the weight and usage pressure of experimental equipment.           Laboratory furniture With Reagent Shelf solutions Materials Specifications:   A. Countertops (1) Phenolic Resin countertop: 12.7mm(Edge banding&thicken to 25.4mm)/16/19/25mm thickness (2) Epoxy Resin countertop: 16/19/20/25mm thickness (3) Ceramic countertop: 15/20/25mm thickness (4) Trespa countertop: 13/16/19/20/25mm thickness (5) Granite/Marble countertop: 20mm thickness B. Cabinet & Accessories (1) Frame: The whole adopts 40x60x1.5mm thick high-quality cold-rolled rectangle tube, the steel surface is treated, phosphating and other processes, and then electrostatic powder coated with epoxy resin, cured at 220°C high temperature, and the surface is smooth. (2) Steel Cabinet Units: 1.0mm full-thickness high-quality cold-roll steel sheet is used as a whole; the steel surface is treated, phosphating and other processes, and then electrostatic powder coated with epoxy resin, cured at 220°C high temperature, and the surface is smooth, with a thickness of up to 1.15~1.2mm. The cabinet door is double-layered inside and outside, filled with sound insulation material. (3) Handle: Non-welded linear handle/C-shaped stainless steel handle/Insertion Aluminum handle. (4) Slides: DTC silent soft close slides. (5) Hinges: DTC 105°/175° buffer hinges/stainless steel hinges. (6) Footing: Use laboratory-specific adjustable feet with an adjustment range of ≥35mm, strong bearing capacity, the balance of the Lab bench can be adjusted. (7) Wheel for cabinet: High-quality PU mute universal wheel with brake, heavy load, high mechanical strength, shock absorption, wear resistance, no damage to the floor. A single wheel bears 200kg.    Eg:   Laboratory furniture With Reagent Shelf solutions of Mr. John Snow in Canada Client in 2023 .            

              What is a SUCLAB Laboratory Furniture ?     SUCLAB Laboratory furniture refers to specialized furniture designed for use in scientific, medical, research, and industrial laboratories. It is built to withstand harsh chemicals, extreme temperatures, and heavy equipment while ensuring safety, durability, and ergonomic functionality. Types of SUCLAB Laboratory Furniture:   1. Lab Benches & Workstations Provide a stable surface for experiments and equipment. Made from materials like epoxy resin, stainless steel, or phenolic resin for chemical resistance.   2. Fume Hoods Ventilate hazardous fumes and gases to protect users. Often include built-in lighting and airflow controls.   3.Lab Cabinets & Storage Used for storing chemicals, glassware, and lab equipment. Includes flammable storage cabinets, acid cabinets, and general-purpose shelving.   4. Lab Sinks & Taps Made from chemical-resistant materials to handle lab waste. Often feature emergency eyewash stations.   5.Modular Lab Systems Adjustable and reconfigurable setups for flexible lab layouts. Specialized Furniture Includes microscope tables, chromatography benches, and cleanroom-compatible furniture. Key Features: Chemical & Heat Resistance – Made from materials like phenolic resin ,stainless steel,         SUCLAB Laboratory Furniture Countertops Specifications : (1) Phenolic Resin countertop: 12.7mm (Edge banding and Thicken to 25.4mm)/16~30mm thickness (2) Epoxy Resin countertop:16/19/20/25mm thickness (3) Ceramic countertop: 20mm thickness (4) Trespa countertop: 13/16/19/20/25mm thickness (5) Granite/Marble countertop: 20mm thickness   SUCLAB Laboratory Furniture Cabinet&Accessories (1) Frame: The whole adopts 40*60*1.5mm thick high-quality cold-rolled rectangle tube, the steel surface is treated, phosphating and other processes, and then electrostatic powder coated with epoxy resin, cured at 220°C high temperature, and the surface is smooth. (2) Handle: Aluminum alloy/Non-welded linear handle/C-shaped handle/Insertion Aluminum alloy handle. (3) Rail: DTC 16-inch three-section silent rail. (4) Hinge: DTC 105°/175° buffer hinge/stainless steel hinge. (5) Footing: Use laboratory-specific adjustable feet with an adjustment range of ≥35mm, strong bearing capacity, the balance of the Lab bench can be adjusted.   Option Cabinet Unit Wooden Cabinet Unit: The cabinet body thickness is 15mm, the door and drawer panels are made of 18mm thickness high-quality environmentally friendly double-face MDF/melamine board, and the edges are sealed with 2mm thick PVC edge strips. The edges are firm, clean, and free of burrs, the bond is firm. Steel Cabinet Unit: 1.0mm full-thickness high-quality cold-roll steel sheet is used as a whole; the steel surface is treated, phosphating and other processes, and then electrostatic powder coated with epoxy resin, cured at 220°C high temperature, and the surface is smooth, with a thickness of up to 1.15mm~1.2mm. The cabinet door is double-layered inside and outside, filled with sound insulation material. Product Dimensions (Length*Depth*Height) H-Frame Wall Bench L*750*850mm/Customize (Lx2.46'x2.78'/Customize) H-Frame Island Bench L*1500*850mm/Customize (Lx4.92'x2.78'/Customize) H-Frame Corner Bench

Lab Workbenches (or lab benches ) in a laboratory are a sturdy, flat surface where scientists perform experiments, prepare samples, handle equipment, and conduct other lab tasks. It is one of the most fundamental pieces of furniture in any lab, designed for functionality, durability, and safety.            Key Features of  Lab Workbenches Material & Construction Top Surface: Made of chemical-resistant, heat-resistant, and easy-to-clean materials like: Epoxy Resin (common, durable, chemical-resistant). Stainless Steel (sterile, heat-resistant, used in biosafety labs). Phenolic Resin (lightweight, resistant to moisture and mild chemicals). Frame: Often steel or aluminum for stability.           Types of Lab Workbenches   Dry Lab Benches: Used for non-hazardous tasks (e.g., electronics, data analysis). Wet Lab Benches: Equipped with sinks, faucets, and chemical-resistant surfaces for handling liquids. Anti-Vibration Bench: Used for sensitive instruments (e.g., microscopes, balances). Mobile/Adjustable Bench: On wheels or with height-adjustable features for flexibility. Common Add-Ons & Accessories Sinks & Water Supply (for wet labs). Gas Taps, Electrical Outlets, & Data Ports (for Bunsen burners, equipment). Storage: Drawers, shelves, or cabinets for lab supplies. Backsplash (to protect walls from spills). Safety Considerations Flame-resistant surfaces near heat sources. Chemical-resistant coatings where solvents/acids are used. Proper spacing between benches for emergency exits.            Lab Workbenches vs. Fume Hood/BSC Lab workbenches are a general workspace , while a fume hood or BSC provides containment for hazardous materials. Workbenches may be placed near hoods or BSCs for workflow efficiency. Applications Sample preparation, instrument setup, paperwork, assembly of glassware, etc. Would you like recommendations for specific lab workbenches setups (e.g., for chemistry vs. biology labs)? Form more details : Email: chinalabfurniture@foxmail.com, Whatsapp: 0086 19970724683.      

What is the difference between fume hoods and biosafety cabinets?        Fume hoods and biosafety cabinets (BSCs) are both types of laboratory ventilation equipment, but they serve different purposes and provide different levels of protection. Here’s a breakdown of their key differences: 1. Purpose & Protection Fume Hoods (Chemical Fume Hood): Primarily designed to protect the user and lab environment from hazardous chemical fumes, vapors, or dust . Does not protect the samples/experiments inside from contamination. Works by drawing air away from the user and expelling it outside or filtering it (depending on the type). Biosafety Cabinet (BSC): Designed to provide three types of protection : Personnel (operator) from harmful biological agents. Sample/Experiment from contamination. Environment by filtering exhaust air. Used for handling biological hazards (e.g., pathogens, cell cultures, viruses) . Comes in different classes (I, II, III) with varying levels of containment. 2. Airflow & Filtration     Fume Hood : Typically does not use HEPA filters unless it’s a ducted or recirculating type. Air is either exhausted outside or filtered and recirculated (less common). No protection for samples inside. Biosafety Cabinet : Always uses HEPA filters to trap biological contaminants. Class II BSCs (most common) recirculate 70% filtered air back into the lab while exhausting 30% (Type A2/B2). Class III BSCs (maximum containment) are completely sealed and use glove ports for handling dangerous pathogens. 3. Applications Fume Hoods → Chemical handling (solvents, acids, toxic gases). Biosafety Cabinets → Microbiology, virology, tissue culture, handling infectious agents. 4. Safety Standards Fume Hoods : ANSI/ASHRAE 110, OSHA standards. Biosafety Cabinets : NSF/ANSI 49 (Class II), WHO & CDC biosafety guidelines. Key Takeaway: Use a fume hoods for chemical hazards (to protect the user). Use a BSC for biological hazards (to protect user, sample, and environment). Would you like details on specific types (e.g., Class II BSCs vs. laminar flow hoods)?   More Deatils for Email: chinalabfurniture@foxmail.com, Whatsapp : 0086 19970724683.        

                What is the Concept of  Laboratory Furniture Design  ?     Laboratory Furniture Design Specifications :    1. Maximizing consideration of the laboratory environment and expressing respect for the environment: Based on a thorough analysis of the current situation, Laboratory Furniture design concept treats the building as a backdrop to the environment, integrating the individual building into its surroundings. 2. Advanced design concepts. 3. Adapting to technological development trends. Ensuring the safety of laboratory personnel and preventing environmental pollution are prerequisites for conducting experimental research. Laboratories are high-risk work areas that can cause infectious diseases to laboratory personnel or the surrounding environment. The design must not only meet functional requirements but also adhere to standard specifications and relevant industry professional standards, drawing upon and referencing relevant domestic and international laboratory design standards and related regulations to achieve general safety principles for laboratories. 4. Promoting optimal scientific research capabilities. Modern laboratories emphasize interaction among researchers, especially learning and teamwork. Considering the dynamic nature of research activities, the building must be able to adapt to changes in technology, equipment, processes, and skills, and respond quickly and easily. It should facilitate the sharing and transfer of knowledge among researchers and visiting scholars, thus creating an academic atmosphere of mutual influence and information exchange. 5. Rational use of space, fully considering flexibility and adaptability. Modern laboratory design utilizes a unified column grid and divides the space into modular units with different safety protection levels to suit different process requirements. This modular layout incorporates advanced processes from domestic and international CDC (Centers for Disease Control and Prevention) while also considering practical circumstances, making the laboratory layout more versatile, flexible, and adaptable to future modifications. 6. Humanized treatment of indoor and outdoor environments. Guided by advanced design concepts, the indoor and outdoor environments are arranged with a human-centered design philosophy, providing laboratory staff with an efficient workspace and a comfortable and relaxing environment.   Laboratory design involves numerous projects, and each link is closely connected. Four major design concepts should be followed. 1. Functionality: For the rational division of laboratory funriture design space, such as the PCR laboratory space moving in a single direction, 2. Economy: Fully considering the usage frequency of laboratory furniture, durable all-steel laboratory benches can be chosen.     3. Safety: For different experimental projects, select suitable furniture such as laboratory benches, fume hoods, and explosion-proof cabinets. 4. Sustainability: During the design and construction stage of the laboratory furniture design, it is necessary to plan in advance, reserve expansion space, and enhance the working capacity of the laboratory.     Laboratory Furniture Design and Materials :     Full steel structure lab furniture(Durable, nice, with anti-corrosion, rust, moisture and other functions) Steel using high-quality cold-rolled steel plate, through a die forming, the plate cutting, slotted, bending process, all welding cases of grinding and polishing processing, smooth not hurting hands. Surface after picking, phosphating and epoxy resin powder coating, with anti-corrosion, antirust and moisture-proof function. Phenolic resin Surfaces made of cost effective High Pressure Phenolic Resin composite are resistant to chemical stain and corrosion. Non-porous and non-conductive, it's strong durable qualities enable it to withstand high impact and shock. It is easily cleaned with soap and warm water. Epoxy resin Because of the natural resistance to corrosion, the industry has found it superior to any other top material for laboratory work. It is resistant to most organic and inorganic chemicals and is non-toxic. In addition, it is resistant to mechanical and thermal shock.   Technical Parameters : All Steel structure lab furniture - Floor mounted type Base cabinet 1.0mm thick cold-rolled steel with 75μm epoxy resin powder coating, most chemical resistant. Reagent shelves Shelf: made of 12mm thick frosted glass; Frame: made of 100*40*1.5mm steel tube coated with powders. Height 850 or 900mm, (height adjustable 0-30mm) Worktops 12.7/16/19mm thickness of Phenolic resin or other (Epoxy resin, ceramic, marble etc) Structure Floor mounted (with base cabinet) Hinge DTC105 degree high quality hinge Slideway Self-closing three section slide rail, no noise. Handle Steel embedded handle Accessories Socket, faucet, gas fitting, eyewash, pegboard, shelves, exhaust hood etc JIANGXIHUAZHIJUN TECHNOLOGY CO.,LTD is a global leader in laboratory furniture design and outfitting. We are a full-service design and sales firm, sourcing premium China-manufactured laboratory furniture and equipment. For different needs of different laboratory, our enterprise development four products, such as wooden structure lab furniture, steel-wooden structure lab furniture, steel structure lab furniture, stainless steel structure lab furniture. Lab Furniture Design forour all clients : Our customization process begins with clients. First we need to know the basic type of laboratory equipment you are looking for, and a description of your application. Anything you can tell us about what makes your specific situation unique will be useful, and we may have questions for you as well. (Such as: Laboratory plane, sizes, material, accessories etc)   FAQ:   Q1 :Jiangxi Huazhijun Technology Co.,., Ltd is a manufacturer? A1:Yes, Jiangxi Huazhijun Technology Co.,., Ltd is a manufacturer with 20+ years experience, located in DongGuan & Jiangxi in China. Q2: What's Jiangxi Huazhijun Technology Co.,., Ltd  MOQ? A2: We do not have MOQ, even 1pcs is acceptable, but different quantity with different price. Q3: How long will it take for production? A3: Depends on the quantity, but normally takes 35-45 days for a 40HQ container. Q4: Do you accept OEM&ODM? A4: Yes, we accept OEM&ODM. Q5: How does your factory do regarding quality control? A5: We insist on the principle of "customer first, quality first". Q6: What is your MOQ? A6: It depends on the products, sometimes1 sample is okay,but different quantity with different price. Q7: Can I visit you? A7: Of course, you are always welcome at any time. If you contact us in advance, we are always happy to host and treat you to Chinese hosp            

Versatile Bolt Connection Stainless Steel Laboratory Bench Manufacturers for Food and Beverage Industry Product Description: Welcome to our product summary for the Stainless Steel Lab Bench manufactured in China. This lab worktable is a high-quality and durable piece of lab furniture designed to meet the needs of various laboratory settings. The Stainless Steel Lab Bench features a sleek silver color that complements any laboratory decor, providing a modern and professional look. The sturdy construction of this lab bench ensures a load capacity of up to 300kg, making it suitable for heavy-duty lab work and experiments. This lab bench comes with a customizable number of legs, as per the drawing specifications, allowing you to adjust the height and stability based on your specific requirements. The flexibility in leg design ensures that you can create a comfortable and efficient working environment in your lab. Additionally, the Stainless Steel Lab Bench includes a drawer, as indicated in the drawing, providing convenient storage space for lab equipment, tools, and supplies. The drawer enhances the functionality of the lab bench, keeping your workspace organized and clutter-free. As one of the leading lab bench manufacturers in China, we take pride in delivering top-notch lab furniture that meets the highest standards of quality and performance. Our commitment to excellence is reflected in the design, construction, and functionality of the Stainless Steel Lab Bench. Whether you are setting up a new laboratory or upgrading your existing workspace, our Stainless Steel Lab Bench is an ideal choice for researchers, scientists, and professionals in various industries. Its durability, versatility, and ergonomic design make it a valuable asset in any laboratory setting. Invest in the Stainless Steel Lab Bench today and experience the difference that quality lab furniture can make in your daily work routine. Trust our expertise as lab furniture manufacturers to provide you with the tools you need to succeed in your research and experimentation. Upgrade your lab with the best-in-class lab worktable from one of the most trusted lab bench manufacturers in the industry. Enhance your productivity, efficiency, and comfort with the Stainless Steel Lab Bench designed to meet your specific requirements and exceed your expectations. Choose durability, reliability, and performance for your lab furniture needs. Choose the Stainless Steel Lab Bench from our renowned lab bench manufacturing company in China.   Features: Product Name: Stainless Steel Laboratory Bench Manufacturers Size: 1500*750*900MM Structure: Integral Worktop: Steel, Wood, PP, Stainless Steel Style: Modern Cabinet: Stainless Steel     Technical Parameters: Drawer As Drawing Material Stainless Steel Style Modern Surface Treatment Polished Usage Laboratory Worktop Steel, Wood, PP, Stainless Steel Cabinet Stainless Steel Country China Structure Integral Number of Legs As Drawing   Applications: SUCLAB's Stainless Steel Laboratory Bench Manufacturers, model number HZJT006, is a versatile and durable piece of lab furniture that is ideal for a variety of product application occasions and scenarios. Designed and manufactured in CHINA, this lab bench is perfect for use in various settings such as research laboratories, educational institutions, healthcare facilities, and industrial labs. Its sturdy construction and stainless steel material make it suitable for demanding lab environments. The bolt connection installation method ensures easy assembly and stability, making it a preferred choice for lab caseworks projects. Whether you are looking for chemistry lab furniture manufacturers or lab workbench manufacturers, the SUCLAB Stainless Steel Lab Bench fits the bill perfectly. The lab bench comes in a sleek silver color, adding a modern touch to any lab space. With dimensions of 1500*750*900MM, it offers ample workspace for conducting experiments, analyzing samples, and performing various lab tasks. Depending on your specific needs, the lab bench can be customized with the number of cabinets as per the drawing provided. This flexibility allows you to organize your lab equipment and supplies efficiently, enhancing productivity and workflow. Overall, the SUCLAB Stainless Steel Lab Bench is a reliable and practical solution for labs seeking quality, functionality, and durability in their furniture. Trust SUCLAB for all your lab furniture needs and experience the difference in quality and performance.   Customization: Product Customization Services for the Stainless Steel Laboratory Bench Manufacturers: Brand Name: SUCLAB Model Number: HZJT006 Place of Origin: CHINA Drawer: As Drawing Number of Cabinets: As Drawing Usage: Laboratory Number of Doors: As Drawing Load Capacity: 300kg Keywords: lab workbench, laboratory worktables, chemistry lab furnitures   Support and Services: Our Stainless Steel Lab Bench product comes with comprehensive Product Technical Support and Services to assist you with any inquiries or issues you may encounter. Our team of experienced technicians is available to provide guidance on product installation, troubleshooting, and maintenance. Additionally, we offer training sessions to ensure proper use and care of the lab bench. Rest assured, our dedicated support team is committed to ensuring your satisfaction with our product.   Packing and Shipping: Product Packaging for Stainless Steel Lab Bench: The Stainless Steel Lab Bench is carefully packaged to ensure its safe delivery. It is wrapped in a protective layer to prevent any scratches or damages during transit. Additionally, the corners are reinforced to prevent bending or denting. Shipping Information: Once your order is processed, the Stainless Steel Lab Bench will be securely boxed and labeled for shipping. We partner with reliable courier services to ensure timely delivery to your specified address. You will receive a tracking number to monitor the shipment status. Versatile Bolt Connection Laboratory Bench Manufacturers in Stainless Steel for Food and Beverage Industry     Pictures: