Laboratories are designed to maintain the health and well-being of occupants. Potentially hazardous substances used in different laboratories include chemicals, radioactive materials and infectious biological agents. Laboratory safety has to be balanced with worker comfort. Comfort primarily is concerned with maintaining appropriate temperatures and air velocities. Laboratories must be designed so that energy efficiency gains do not reduce safety and comfort.
Plan Thoughtfully
Before you begin, get educated about the process. You need to know:
• The needs and expectations of functional group managers and other internal team members.
• The expertise and capabilites of your external team, including architects, engineers, CM, contractors, and lab planners.
• Your actual, current needs for space, processes, support areas, and materials storage. Plans made on assumptions mean that you could make costly mistakes. Plans made on projected growth can get expensive very quickly, as you add HVAC, power, data, and work space that you may not need for years to come. And the fact is that most well-planned labs can easily accommodate change when needed.
Keep Your Layout Simple
• Minimize or eliminate walls between functions.
• Organize functional groups in shared space. It's cheaper to build now, and is more flexible later.
• Use islands and peninsulas to maximize your usable space. Putting benches only around the perimeter wastes as much as 75% of your square footage.
Don't Overbuild
• Build for your current needs, especially for power and ventilation.
• Plan separate storage for bulk supplies.
• Consider shared specialty gasses and data systems.
lab table lab bench (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.
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.
Material/:Epoxy Resin,Trespa/Chemsurf/Ceramic/Customized Work Top, Thickness options: 16 mm/19mm/20mm/25mm,
Color options: Black/ Dark Grey/ Light Grey/ Light Blue / Green/ White/Customized
DURCON EPOXY Resin Work Top, Black Color, Thickness options: 19mm/20mm/25mm
304 STAINLESS STEEL cover with 25mm thickness MDF or Particle board core
WILSONART CHEMSURF/ WILSONART PHYSURF / PROTECTOR,
Thickness options: 12.7 mm/ 14.6mm/ 16mm/ 19mm /25mm, a wide variety color available
C-shape or embedded type,aluminum alloy handle with epoxy coating or stainless steel
Choice of Pull Styles
Flush Full width pulls are standard. Optional pulls in a variety of styles are also available.
Wrap Around Cabinet Body Construction
The sides, back and outside corner posts of each cabinet are made from one sheet of 18-gauge cold rolled steel to provide maximum
strength and eliminate the need for an applied
finished back.
Powder Coating
Powder paint ours SEFA 8 tested Akzo Nobel Interpon powder coating provides reliable chemical
and abrasion resistance. Wide variety color available
Electric sockets, electric circuit breakers and the telephone and computer outlets are located on
this electrical trunking made of PVC and anchored to the shelf vertical supports