PU Clean Room Panel

Brand Name： SDpanel

Style: 　 PUR Clean Room Panel

Length: ≤11800 mm

Width ： 1000 mm

Panel Thickness:5 0 mm/75 mm/100 mm/150 mm/200 mm

Core Materials: PUR

Outer Plate Material: PPGI PE/PVDF/HDP

External skin thickness： 0.4 mm–0.5 mm

Inner skin thickness： 0.4 mm–0.5 mm

MOQ： 500 units

Delivery Time : 20 days

The SDpanel PU clean room panel can be both used as wall panel and ceiling panel in clean room industry and it has the best thermal insulation performance compared to other sandwich panels. It’s made of powder coated steel surface sheet, surrounded galvanized steel keel and infilled polyurethane core material. It is a kind of ideal material used in long-span clean room workshop and cold room.

Description of PU Clean Room Panel

PU Clean Room Panel consist of a polyurethane foam core sandwiched between two layers of durable metal or other material. The M-section tongue and groove joint provides an airtight seal and easy cleaning and installation. The panels meet strict cleanliness and hygiene standards and are coated with protective finishes to prevent contamination and bacterial growth.The PU foam core provides good thermal insulation, and the outer layers provide strength and durability, often coated with protective layers to prevent corrosion and wear.

Advantages of the PU Clean Room Panel

The SDpanel PU clean room panel can be both used as wall panel and ceiling panel in clean room industry and it has the best thermal insulation performance compared to other sandwich panels.

Good airtightness

The four sides are sealed to provide good airtight performance. The core materials prevent leakages to avoid contaminating clean room air.

Excellent Insulation

The excellent insulation properties of PU Clean Room Panel, it is currently the lowest thermal conductivity(≤ 0.024) of all building materials, the highest thermal resistance of the insulation material, thermal conductivity is only a half of EPS foam polystyrene board.

Superior Structural Properties

Although PU sandwich panels are lightweight materials, they provide superb structural performance. The typical compressive strength of PU sandwich panels is 150-200 kPa, which makes PU sandwich panels a suitable choice for buildings requiring structural support.