Product Description:
Thermal Break Strip, made of high quality PA66GF25, is a product that is widely used in Doors/ Windows/ Furniture/ Machinery to provide thermal insulation and improve energy efficiency. It is characterized by high temperature resistance, ≥240, and customizable length, which can be customized according to customers' needs. Payment terms such as T/T and Western Union are accepted. In addition, we can provide our customers with customized packages.
Technical Parameters:
| Performance | High Strength/Corrosion Resistance/Heat Resistance/High Temperature Resistance |
| Material | PA66GF25 |
| Application | Doors/ Windows/ Furniture/ Machinery |
| Length | Customized |
| Shape | Rectangle/ Square/ Oval/ Customized |
| Width | Customized |
| Temperature Resistance | ≥240 |
| Thickness | Customized |
| Color | Black |
| Payment Term | T/T, Western Union |
Applications:
Broken bridge heat-insulated aluminum alloy doors and windows is to divide the original whole-body aluminum alloy profile into two on the basis of traditional aluminum alloy doors and windows. The overall heat-insulating profile enables the heat-insulating strip and the aluminum alloy to jointly bear the load caused by the glass's own weight, wind pressure and temperature stress. Therefore, the use nature of the heat insulation strip determines that it must have high strength and excellent stability at the same time, otherwise it will easily cause doors, windows and curtain walls to break and fall off, causing major quality and safety hazards.
The word "bridge" in the name "broken bridge aluminum" means "hot and cold bridge" in material science, and the word "broken" stands for action words, which means "cut off the hot and cold bridge". Specifically speaking, aluminum alloy is a metal medium with strong thermal conductivity. When it collides with the temperature outside the house by a large difference, the aluminum alloy becomes a "bridge" for heat transfer. Using this type of material to make doors and windows, it will have Poor insulation too. However, the broken bridge aluminum is to disconnect the aluminum alloy from the middle, and the thermal conductivity of the plastic will be weaker than that of the metal. The disconnected aluminum alloy is connected together with hard plastic, so that the heat will not easily flow to the whole. material, so the heat insulation will become better, which is the origin of the name "broken bridge aluminum (alloy)".
Support and Services:
We provide technical support and service for Thermal Break Strip, including:
- Technical advice on product selection
- Installation tips and guidance
- Replacement parts and components
- Compatible accessories
- Maintenance and repair
- Troubleshooting assistance
Packing and Shipping:
Packaging and Shipping
Thermal Break Strip should be packaged with bubble wrap and shipped in a box with a cardboard sleeve.
The box should be labeled with the product name and handling instructions, and should be sturdy enough to protect the product during transit.
The box should also be large enough to accommodate any accessories or product components that may be included in the shipment.
FAQ:
Q1: What is Thermal Break Strip?
A1: Thermal Break Strip is an insulation material made of rubber or silicone, which is used to reduce the thermal bridge between two dissimilar metals and reduce heat transfer between them.
Q2: Where can I purchase Thermal Break Strip?
A2: Thermal Break Strip is available from the brand Polywell, with model numbers I, C, T, CT, HK. It can be purchased with a minimum order quantity of 5000 meters. The price is negotiable, and it is available in roll or linear packaging.
Q3: Where is Thermal Break Strip made?
A3: Thermal Break Strip is made in China, and it is certified by SGS.
Q4: How long does it take to get Thermal Break Strip?
A4: Thermal Break Strip is usually delivered in 15-20 working days.
Q5: What are the payment terms for Thermal Break Strip?
A5: The payment terms for Thermal Break Strip are 50%T/T before production and 50%T/T before loading. The supply ability is 100000 meters per month.
