Science Lab Table Lab Furniture for Pharmaceutical Lab / Hospital Lab /Chemical Resistant Top (W750/1500mm X L2500mm)

Customization: Available
Material: Cold-Rolled Steel
Type: Central Bench

Product Description

Basic Specifications
Model NO.
PW001
Usage
Hospital, School, Company, Research Institute
Color
Optional
Customized
Available
Condition
New
Product Name
Lab Furniture
Material
Steel, Stainless Steel, Wood
Structure
Floor-Mounted and Suspended
Worktops
Phenolic Resin, Epoxy Resin, Ceramic
Wall Bench
L*750*850mm
Island Bench
L*1500*850mm
Origin
China
Product Overview

Laboratory materials provide durability and cost efficiency. When selecting the right lab bench countertops to match with the casework, there are several important elements to keep in mind:

  • 1
    Severity of impact and abrasions in normal laboratory work.
  • 2
    Utilization rate of biological agents, caustic chemicals or food handling during experiments.
  • 3
    Overall appearance and aesthetic of the laboratory.
  • 4
    Cost-effectiveness of materials.

Our laboratory furniture offers the flexibility to choose combined materials for unique laboratory applications. We help determine the best countertop material to provide the optimal performance.

Lab Countertop Material Types

Epoxy Resin Laboratory Countertops:

Epoxy Resin Laboratory Countertops

Epoxy resin is a solid countertop material combining epoxy, silica hardener and filler materials in an oven-cured process. These tops resist heat, moisture and bacteria exceptionally well at a very moderate price point, making them popular for nearly every discipline.

Phenolic Resin Laboratory Countertops:

Built for long-term performance, craft paper is layered and impregnated with phenolic resin, then thermofused under pressure to create an exceptionally durable surface. It is thoroughly resistant to chemicals, moisture and bacteria. Phenolic resin costs are comparable to epoxy resin surfaces.

Phenolic Resin Laboratory Countertops

Other available materials for lab benches worktops include: Stainless steel, Ceramic, and Laminate.

Countertop Selection and Comparison Chart
Property EPOXY PHENOLIC STAINLESS STEEL CERAMIC LAMINATE
Chemicals ***** ***** **** ***** ***
Abrasion **** **** **** ***** ****
Heat ***** **** ***** ***** ***
Impact **** **** ***** ***** ***
Moisture ***** ***** ***** ***** ***
Bacteria ***** ***** ***** ***** **
Cost $$$ $$ $$$ $$$ $$
Advantages of Our Lab Furniture

Beyond custom countertops, we offer complete lab design solutions:

  • A
    Modular Steel: Stainless steel lab benches and cabinets are long-lasting, reliable, and safe for use with acids, flammable materials, and biohazardous chemicals.
  • B
    Flexible Systems: Adjustable furniture systems allow your lab to be easily reconfigured for different functions.
  • C
    Wood Casework: Classic hardwood furniture options including oak, maple, and cherry for benches and tables.
  • D
    Accessories & Fixtures: Complete range of sinks, emergency safety equipment, and laboratory apparatus.

Customization is available to meet your specific requirements.

Frequently Asked Questions
1. What materials are available for laboratory bench worktops? We offer a variety of materials including Epoxy Resin, Phenolic Resin, Stainless Steel, Ceramic, and Laminate to suit different laboratory needs.
2. Why is Epoxy Resin a popular choice for lab countertops? Epoxy resin is highly resistant to heat, moisture, and bacteria. It is an oven-cured solid material that provides excellent durability at a moderate price point.
3. What is the difference between Wall Benches and Island Benches in terms of size? The standard size for a Wall Bench is L*750*850mm, while the Island Bench typically measures L*1500*850mm.
4. Can the laboratory furniture be customized? Yes, we offer customization for both materials and configurations to meet unique laboratory applications and layouts.
5. Which material offers the best resistance to impact? According to our comparison chart, Stainless Steel and Ceramic offer the highest rating (5 stars) for impact resistance.
6. What environments are these lab benches suitable for? They are designed for use in hospitals, schools, research institutes, and pharmaceutical laboratories requiring drug and chemical resistant surfaces.

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