Basic Info.
Surface Treatment
Unfinished
Specific Application
for Thermal Break Aluminium Profile
Technical Performance
En ISO Standard & Chinese Standard
Cut Die
Available for New Shape
U-Value Calculation
Service Provided
Print
Customized Laser Printing
Raw Material
DuPont PA66, Jushi Short Chopped Fiberglass
Specification
T shape 24mm
Product Description
Multi-cavity Customized High Precision Polyamide Extrusion Thermal Break Strip
Polyamide 66 reinforced by 25% glass fiber thermal break strip inserted into aluminium window, door and facade profile for thermal insulation for curtain walls can be used on curtain wall system, or in facade system, and being the part of energy-saving window system for reducing heat conduction. Shapes can be customized, we're majored in designing and developing polyamide profiles for window system. KAXITE Series polyamide thermal break profiles have better life as long as the aluminum and the buildings themselves.
Technical Performance:
The performance of thermal barrier strips are in line with the Chinese standard GB/T 23615.1-2009 and the European Standard EN 14024:2004, for KAXITE series, the performance is rather higher than the standard value.
Details of related standard:
- GB/T 23615.1-2009 Accessorial material for architectural aluminum alloy profiles -- Part 1: Thermal barrier strip of polyamide
- EN 14024-2004 Metal profiles with thermal barrier -- Mechanical performance Requirement, proof and tests for assessment
- YS/T 437-2008 Aluminium profiles moment of inertia calculation methods and computing software requirements
- JG/T 174-2005 Thermal barrier strips for construction industry
- GB 5237.6 -2012 Wrought aluminium alloy extruded profiles for architecture -- Part 6: Thermal barrier profiles
- GB/T 8478-2008 Aluminium windows and doors
- GB/T 8484-2008 Graduation and test for thermal insulating properties of doors and windows
- JG 175-2011 Insulating aluminum alloy profiles with thermal barrier for buildings
- UL94 Standard for Tests for Flammability of Plastic Materials for Parts in Devices and Appliances
- ASTM E84 Standard Test Method for Surface Burning Characteristics of Building Materials
- NFPA 285 Standard Fire Test Method for Evaluation of Fire Propagation Characteristics of Exterior Non-Load-Bearing Wall Assemblies Containing Combustible Components
In 2015, we became the leader of the Chinese National Standard Committee (for revising of GB/T 23615.1-2009) .
(KAXITE Series)(made of pure new raw material of PA66), you can see the extremely better performance of thermal break polyamide strips as shown below:
Raw Materials & Granulation:
We granuled by ourselves to ensure the quality of raw material for PA66GF25 thermal insulation strips.
What's the most important component in the raw material of Heat Insulation Profiles for windows & doors? Not Dupond, not extremely expensive fiberglass, it's Anti-aging agent and Antioxidants.
Think what will happen if there's no such anti-aging agents or antioxidants? Heat Insulation Profiles for windows & doors may age fastly by exposing to wind and sun,and maybe just for less than 10 years, the polymer profiles would break and glasses and windows will fall from such high curtain walls!! It's deadly! In addition, most completed raw materials in the market for thermal barriers manufacturers have no antioxidants which it must be added just beacause of its high cost. We have our own capacity of granulation to ensure that our raw materials contain these important elements to avoid this situation happening!
OEM of Performance (Granulation)!
We support customizing any special performance of polyamide thermal break strips, even flame retardant required.
Good packaging and taking care of what you care about!
Service Advantages:
1, Whichever shape you need for the heat insulation profiles for windows & doors , we can develop the mould in a short time and send you the samples. In fact, we have solved so many problems for our customers and they are satisfied.
2, We offer the most advancing laser marking machine for custmers if a special mark on the heat insulation strip is needed;
3, Here we offers most sizes from 10mm width to 60mm or even bigger heat insulating strips. So,what is your best favor?
4, We provide matching equipment of PA66 thermal barrier profiles for customers for the corresponding service followed.
Storage Conditions:
It's better to be stored in ventilated and dry environment, should be put horizontally, keep away from water, rain, heat, stress and avoid acids, alkalis and organic solvents meanwhile.
Packing:
Straight: 6 m / bar, 10~100 pieces per bundle as you like.
Roll bar: 500 meters / roll (only for the shape I and shape C pieces.
Company Information
An Energy-saving Materials Technology Company.
ABOUT KAXITE® TECHNOLOGY
Jiangyin Kaxite Energy-saving Materials Technology Co., Ltd (abb.: KAXITE TECHNOLOGY, KXT-TECH) was originally a family business, developing since 2001, now acting as a group, who has her own two divisions, Plastics Extrusion Division, Non-woven Division, and some high-tech cooperation projects, which supported by Nanjing University Of Science and Technology, Jiangyin Technology Bureau, Guangdong Nonferrous Metal Research Institute...
It is developing so fast and there're more than 150 employees in the group, with 2 factories, 3 offices, and 1 cooperated factory, 2 cooperated laboratories, all are located in China.
Question: Do you have MOQ requirement?
Re: No, but the extra cost for package and logistic will be charged.
Question: Can we ask for samples?
Re: Yes, samples., will be free but express fee will be charged. Only 1 day needed for making samples ready.
Question: Can we customize special shapes of polyamide profiles? How many days cost?
Re: Yes of course you can, we support cutting dies for our clients. Mostly from 15 days to 30 days. We ensure 100% successful.
Question: Can we customize package styles, such as linear 5.8 meters, or 250 meters per roll?
Re: Yes.
Question: Can we customize marks on thermal insulation strips?
Re: Yes.
Question: Why your price is higher/lower than others?
Re: We have our own capacity of granulation, to ensure the quality of thermal insulation strips, please kindly be noted that you will get the best products from us under the same price in the market.
Question: What is heat insulation profile?
- Heat Insulation Profiles for windows & doors are made from resins that create a "thermal break" between the inner and outer surfaces of aluminum fenestrations.
- Heat Insulation Profiles for windows & doors reduce heat loss or heat gain through the aluminum.
- Heat Insulation Profiles for windows & doors improve the U-value characteristics of finished systems.
- Heat Insulation Profiles for windows & doors are about energy conservation, U-values and government codes
- 70% of aluminum fenestration systems produced in North America contain a thermal break
- Primarily used in colder climates to reduce heat loss
- Increasing use of thermal barriers to reduce heat gain and also reduce heat loss
- Developers, architects and designers are demanding better performance in terms of power usage
- Stricter government regulations to reduce power usage in buildings to combat environmental concerns
- Aluminum, if it is to retain its market superiority in terms of its structural integrity, will have to achieve better performance in terms of U-values
- The use of Heat Insulation Profiles for windows & doors will assist manufacturers to achieve improved LEED performance
The data in "What is Heat Insulation Profiles for windows & doors" was derived from the AAMA/WDMA U.S. Industry Statistical Review and Forecast - 2008/2009 (Published April 2009)
Product features?
1, The Heat Insulation Profiles for windows & doors were manufactured in line with Chinese national standards GB/T 23615.1-2009, with extremely high mechanical strength and withstand tensile shear stress, can be acted as the connecter to the hardware; if you need higher properties, please choose our kaxite series polyamide profiles which were produced with pure new raw materials, most of these PA66 particles were purchased from Dupond, and all the finished polyamide profiles were in compliance with the European standard UNE EN14024.
2, The linear expansion coefficient is close to aluminum, to ensure that when temperature changes, the Heat Insulation Profiles for windows & doors and aluminium profiles expanding in the same time to ensure fitting closely;
3, Highly heat distortion temperature, to meet subsequent processing on the surface of profiles;
4, High dimensional accuracy, ensuring airtight, watertight performance of the windows breaking thermo with polymer profiles;
5, Anti-aging, anti-UV performance, long using life;
6, Superior chemical resistance.
Address:
Room 401-2, Unit 61, Tianan Cyber City, No. 55 Changshan Road, Jiangyin City
Business Type:
Manufacturer/Factory
Business Range:
Construction & Decoration
Company Introduction:
We dedicated in the researching and developing activities for energy-saving materials since 2001, and successfully made great achievements in the field of plastics and metal materials, especially for the polyamide profiles and non-woven fabrics. After 10 more years of effort and with the customer recognition for our business, Jiangyin Kaxite Energy-saving Materials Technology Co., Ltd (KXT-Tech) was founded under the support of Jiangyin Technology Bureau in the year of 2015.
Apart from selling common polyamide thermal barrier strips and non-woven and medical products, KXT-Tech has her own R&D teams who offering technical service and are afford to develop new/customized shapes of PA66GF25 profiles or other energy-saving materials, our technical team makes it possible to develop metal molds/dies in an extremely short time to meet customer needs. Also we provide the international trading service not only for our own domestic factories but also any other service you need from China.
Kaxite Technology Company has three departments, PA66 Profile Division (polyamide thermal insulation strips, PA66GF25 raw material particals), Non-woven Division (disposable masks, gown, mushroom caps), Metal Material Division, we′ll go on using our way to develop higher performance energy-saving materials to make our world better!
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