Custom Processing: Yes
Model: Center Attached Frame
Origin: Changzhou
Specifications: 60, 80, 90, 100, 110 models
Application Range: Doors and Windows
Energy Saving: Eco-friendly
Customization: Customizable
Color: Customizable
Size: Customizable
Compressive Strength: 300MPa
Type: Special-shaped Profiles
Material: Polyurethane
Process: Extrusion
Performance: Good Strength, High Hardness
Features: Eco-friendly, Corrosion-resistant, Waterproof
Advantages: Green, Low-carbon, Economical
Brand: Bailian

Polyurethane (PU) materials have been widely used in the field of curtain walls and doors and windows, such as glass fiber polyurethane, rigid foam polyurethane, polyurethane foam, etc., and have become one of the representative innovative materials. Glass fiber reinforced polyurethane materials, with glass fiber as the reinforcing material and polyurethane resin as the matrix resin, are profiles prepared through pultrusion molding process, and are a widely used type of polyurethane material in the field of curtain walls and doors and windows.

Doors and windows products that use glass fiber reinforced polyurethane pultruded profiles as the main load-bearing members of the frame and sash, and use spraying, film covering (or other decorative materials) as the external decorative surface, are called glass fiber reinforced polyurethane doors and windows.

Polyurethane attached frames can effectively improve the wind resistance, seismic resistance, and other performance of buildings, thereby ensuring the structural stability of the building. Secondly, inside the building, polyurethane attached frames can also play a role in sound insulation and thermal insulation, thereby improving the comfort of the building. In addition, polyurethane attached frames can also be widely used in decoration projects, such as reinforcing and decorating walls, ceilings, and other parts. Using polyurethane attached frames can make the decoration effect more beautiful and grand, while also improving indoor air quality and protecting people's health.