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English 
|
Model |
BGM-KBU30 |
Material |
Nylon |
|
Width(mm) |
30 |
Thickness(mm) |
25 |
|
Can we customize the logo |
Yes |
Shape |
Long strip-shaped |
|
Eco-friendly |
Yes |
Warranty service |
5 years or more |
|
Engineering solution capability |
Comprehensive solutions, cross-category product assortment |
Application scenarios |
Hotels, villas, apartments, office buildings, hospitals, sports venues, malls, schools, recreational facilities, etc. |
|
Can the width be customized |
Yes |
Can the thickness be customized |
Yes |
|
Country of Origin |
Zhejiang, China |
Brand |
Bergman |
|
Certificate |
CE ISO9001 |
Application fields |
Windows, doors, curtain walls |
|
Length(meter) |
Customization |
Packaging |
Customizable (can include logo) |
High Thermal Insulation: The material’s low thermal conductivity significantly reduces heat flow through metal structures, improving the overall thermal performance of aluminum systems.
Robust Material Composition: Made from GF-reinforced PA66 (polyamide), ensuring strong mechanical strength, impact resistance, and long-term stability.
Precision Manufacturing: Extruded with tight tolerances to guarantee smooth integration and consistent fit within aluminum profiles.
Weather and UV Resistance: Designed to endure environmental cycling—sunlight, temperature variation, moisture—without degrading.
Customization Support: Bergman supports tailoring of cross-sectional shapes, sizes, fiber content, and other parameters to match specific architectural systems.
Green & Safe: This aluminum window thermal break is produced in compliance with eco-friendly standards, supporting sustainable construction goals.
Product Packaging
Our products are packaged in waterproof bags. During each vehicle loading, random weight checks are conducted on every package. Typically, pallets are placed underneath to support the weight, facilitating subsequent packaging and preventing bag damage from rough handling during transport. Goods on each pallet are wrapped in stretch film to minimize moisture exposure during transit.
