Application area | Process typ | Model | Weather resistance | Flame retardant grade | Reference process | Advantage |
Door and window frames | Pull squeeze | XCFR-1080 | Aromatic | Component A material temperature:20-30°C B component material temperature:20-30°C Mold temperature (summer): closed/170°C/190°C Mold temperature (winter): 80°C/170°C/190°C Squeezing speed: 60-120cm/min | Good adhesion of coating Excellent mechanical properties | |
Door and window frames | Pull squeeze | XCFR-1081 | Aromatic | Component A materia temperature:20-30°C B component material temperature: 20-30 °C Mold temperature (summer): closed/170°C/190°C Mold temperature (winter): 80°C/170°C/190°C Squeezing speed:20-60cm/min | Easy Pull Squeeze | |
Door and window frame/tray | Pull squeeze | XCFR-1087 | Aromatic | Component A materia temperature:20-30°C B component material temperature: 20-30 °C Mold temperature (summer): closed/170°C/190°C Mold temperature (winter): 80°C/170°C/190°C Squeezing speed:20-60cm/min | Cost-effective High durability |
Product Search
Product Classification
Doors and windows
Product Introduction
In order to achieve sustainable development of the Earth, in addition to transitioning from fossil fuels to renewable energy, reducing energy consumption is also an important means of reducing carbon emissions. In order to promote building energy efficiency, various regions have issued subsidy schemes for energy-efficient buildings. Doors and windows are important influencing factors for building energy efficiency. Polyurethane composite doors and windows have ultra-low thermal insulation coefficients that other materials do not possess, as well as significantly lower manufacturing costs under the same thermal insulation performance. They are rapidly becoming an important choice for energy-saving building doors and windows.
Contact Us
Xia Jiadi ：13817681408
Product Details
Previous:
Battery
Next:
PPG/TDI Prepolymer
