PP experimental platform

1PP experimental platformintroduction

PP experimental platformIt is an experimental platform made of polypropylene material. Its main structural features include the following parts:

The cabinet and drawer door panels are made of strong acid, alkali, and chemical resistant, impact resistant porcelain white PP polypropylene board, welded and formed as a whole, with a thickness of 8mm. They are resistant to strong acids and chemicals, impact and corrosion, and do not rust.

2. Tabletop: It adopts optional solid core physical and chemical board, Qiansi board, epoxy resin countertop, and ceramic countertop, which have anti-corrosion, high temperature resistance, bending resistance, and impact resistance. It can bear heavy objects and is not easily compressed and bent.

3. All accessories should be installed tightly, smoothly, upright, firmly, and without any broken or loose joints.

4. The gap between the door and the frame, door and door, and door and drawer should be 1-3mm; the upper line should be moderately tight, and the length along the line should have an error of no more than 0.5mm compared to the board length; the size error of the wire hole should not exceed 0.5mm; the drawer should sag by no more than 20mm after being pulled out, and swing by no more than 10mm; the chamfering of the tabletop should be uniform and consistent, with a chamfering radius of no more than 2mm; it is required to be horizontal and stable.

5. hinges and handles: made of strong acid and alkali resistant homogeneous polypropylene material.

2、 Advantages of the experimental platform

1. It has the characteristics of strong acid, strong alkali and corrosion resistance,Don't worry about rusting of the experimental bench during use. Moreover, due to the lower density of polypropylene sheets, the quality of the experimental platform is much lower than that of the same specification all steel experimental platform, which facilitates the transportation of products and the movement during later use.

2. It has good mechanical properties, impact resistance, no rust, and effectively extends the service life of the experimental bench.Reduce environmental pollution and maintain the health of users.

3. The cabinet adopts integrated molding and seamless welding technology, which greatly strengthens the structure of the cabinet and effectively reduces the deformation caused by thermal expansion and contraction.

4. The cleaning and maintenance of the board is more convenient, it should not be contaminated with dust, and it is less likely to generate static electricity, which makes the experimental data more accurate and sets it apart from other experimental platforms in use.

5The material has a relatively low density, the experimental platform is lightweight, and it is more convenient to move and use.