PP Lab Bench Introduction

The PP Lab Bench is an experimental bench made from PP material. Its main structural features include the following components:

1. The cabinet and drawer doors are made of impact-resistant, chemically-resistant, and acid/alkali-resistant white PP (polypropylene) panels. The panels are welded into a single piece, featuring semi-gloss finish, thickness of 8mm, and are resistant to strong acids, chemicals, impacts, corrosion, and rust.

2. Countertop: Available in options such as solid-core melamine board, Kisen board, epoxy resin countertops, and ceramic countertops, featuring corrosion resistance, high-temperature resistance, bending and impact resistance. It can bear heavy loads without bending under pressure.

3. Various accessories are installed tightly, flatly, straightly, firmly, with no burrs or loose joints.

4. Door and frame, door and door, door and drawer gaps: 1-3mm spacing; upper edge tension moderate, edge length variance from board length ≤0.5mm; hole size error ≤0.5mm; drawer sag ≤20mm, sway ≤10mm after pulling out; countertop chamfer uniform and consistent, chamfer radius ≤2mm; requires level and stable.

2.5. Hinges and Handles: Made of high-resistance acid and alkali homopolypropylene (PP) material.

Section 3: Advantages of the PP Lab Bench

1. Features resistance to strong acids, alkalis, and corrosion.

2. Reduce environmental pollution and maintain the user's health.

3. The cabinet is made with one-piece molding and seamless welding technology, significantly enhancing the structural integrity and effectively reducing deformation caused by thermal expansion and contraction.

The history of PP lab benches is not long, emerging alongside the advent of PP materials. However, they quickly gained popularity due to their unique characteristics. They save on the cost of laboratory construction and also beautify the lab environment, making them one of the important components of laboratory furniture.