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PP Countertop (Polypropylene Worktop)

PP laboratory countertop is made of high-quality polypropylene (PP), specifically designed for laboratories requiring excellent chemical resistance, easy maintenance, and long-term durability.
It is widely used in chemical, pharmaceutical, educational, and research laboratories where acids, alkalis, and corrosive reagents are frequently handled.

Brand

MAX LAB

Made

Guangzhou, China

Delivery Time

20-30 days

Packing

Plywood Case or Carton

Dimension

Customizable

Color

Customizable

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Lab Countertops Catalog.pdf

PP laboratory countertop with smooth non-porous polypropylene surface

PP Countertop (Polypropylene Worktop)

PP laboratory countertops are commonly installed on PP laboratory benches, chemical workbenches, and customized laboratory furniture systems. They can also be seamlessly integrated with PP lab cabinets and integrated PP sinks for wet laboratory applications.

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Specification

Lab PP (Polypropylene) Countertops

Chemical-Resistant, Seamless & Easy-to-Clean Work Surface for Modern Laboratories

chemical resistant countertop

Standard Dimensions:

1800*900*20mm (Flat)

1500*750*20mm (Flat)

What Is a PP Laboratory Countertop?

Polypropylene (PP) is a thermoplastic polymer known for its outstanding resistance to chemicals, moisture, and oxidation.
PP countertops are non-porous, corrosion-resistant, and do not absorb liquids, making them an ideal work surface for wet labs and aggressive chemical environments.

Compared with traditional materials, PP countertops offer better chemical stability while remaining lightweight and cost-effective.

Key Advantages of PP Countertops

Excellent Chemical Resistance

Resistant to most acids, alkalis, and chemical reagents
Ideal for high-corrosion laboratory environments
No surface degradation under long-term chemical exposure

Non-Porous & Easy to Clean

Seamless surface prevents liquid absorption
No staining or residue buildup
Easy daily cleaning, low maintenance cost

Good Oxidation & Moisture Resistance

Stable performance in humid environments
Does not rust, swell, or delaminate
Suitable for wet process laboratories

Smooth Surface with Uniform Finish

Smooth, glossy surface improves cleanliness
Professional laboratory appearance
Available in standard laboratory colors (light blue, grey, white)

Standard Thickness:

12/15/20mm thickness (Customizable thicknesses)

PP countertop

PP laboratory countertop

polypropylene-lab-countertop-surface

Typical Laboratory Applications

PP laboratory countertops are suitable for:

Chemical laboratories
Pharmaceutical laboratories
Educational & teaching labs
Environmental testing labs
Water treatment laboratories
Research institutes & R&D centers

Especially recommended for labs with frequent wet operations or corrosive chemical handling.

Customization Options

PP countertops can be fully customized to match laboratory layouts and functional requirements:

Custom dimensions & shapes
Integrated sinks (PP welded sinks)
Drip grooves & edge treatments
Cut-outs for fixtures and instruments
Matching PP cabinets and accessories

Why Choose PP Countertops for Your Laboratory?

PP countertops are an ideal choice for laboratories that prioritize chemical safety, hygiene, and long-term durability.
They provide reliable performance in harsh environments while remaining easy to maintain and cost-effective over their service life.

FAQ

Q1: Are PP countertops suitable for strong acids?
Yes. PP has excellent resistance to most laboratory acids and alkalis.

Q2: Can PP countertops be welded seamlessly?
Yes. PP supports thermal welding, allowing seamless joints and integrated sinks.

Q3: Are PP countertops suitable for wet labs?
Absolutely. PP is non-porous and moisture-resistant, making it ideal for wet laboratory applications.

Laboratory Countertop Comparison Chart

Countertop	Phenolic Resin	Trespa	Epoxy Resin	Ceramic	PP	SS
Dimension(MM)	*15253050**	*15253050**	*15003000**	*1800900**	*15003000**	*15003000**
Thickness(MM)	12.7/16/19/25	13/16/20	15/16/19/25	15/20/25	8/10/12/15	20
Chemical Resistance	Very Good	Excellent	Excellent	Excellent	Excellent	Very Good
Abrasive Resistance	Good	Good	Excellent	Excellent	Fair	Excellent
Max Heat Resistance	150°C	150°C	200°C	1000°C	100°C	800°C
Impact Resistance	Good	Good	Good	Good	Fair	Excellent
Moisture Resistance	Excellent	Excellent	Excellent	Excellent	Excellent	Excellent
Bacteria	Good	Good	Excellent	Excellent	Excellent	Excellent
Application	General Lab	High-Standard Lab	High-Temperature&Corrosion Lab	High-Temperature&Corrosion Lab	Strong Acid And Strong Base Lab	High-Temperature Lab, Clean Room
Type Of Use	Very Diverse	Very Diverse	Very Diverse	Selective	Selective	Selective