Blog

• Incorporate UV absorbers and weather resistance modifiers. After 720-hour accelerated aging test under xenon lamp, the color difference ΔE is ≤ 2.0 and the retention rate of surface glossiness is > 90%. • Practical application: After 15 years of continuous use in the coastal high-salt spray environment, no powdering or fading occurred, and the […]

The multi-chamber structure (the mainstream product has 6-7 chambers) causes the sound waves to undergo 6 refractions and attenuation, resulting in a sound insulation performance of 35-42 decibels, which is superior to that of ordinary aluminum alloy doors and windows by 10-15 decibels. Clinical verification: After the application of this product in the street-facing residences, […]

Superior insulation and heat preservation The thermal conductivity is only 0.18 – 0.20 W/m·K, which is 80% lower than that of aluminum alloy doors and windows. When combined with insulating glass, the heat transfer coefficient K can be controlled within ≤ 1.0 W/m²·K. As a result, the indoor temperature can be raised by 4 – […]

• Feature: UPVC material is widely applied in various fields such as construction, industry and agriculture, including building water supply and drainage pipes, outer skins of electrical wires and cables, and automotive parts, etc. • Contrast: Other plastic materials may be limited in their applications in certain fields due to performance constraints.

• Feature: UPVC materials are relatively economical in terms of price, thereby reducing the usage cost. • Contrast: Although some high-performance plastic materials possess outstanding properties, their prices might be relatively high and thus unsuitable for all application scenarios.

• Feature: UPVC material exhibits excellent flame-retardant properties. Once exposed to fire, it extinguishes immediately and does not produce toxic gases during combustion. • Contrast: Some other plastic materials may be flammable, or they may produce toxic gases during combustion, thereby increasing the risk of fire and potential safety hazards.

• Feature: UPVC products can maintain stable performance under normal usage conditions and have a long service life, which can last up to 50 years. • Comparison: Many other plastic materials have relatively shorter service life and need frequent replacement and repair, thereby increasing the usage cost.

• Feature: UPVC material is non-toxic and harmless. It will not contaminate water quality nor affect human health. • Contrast: Some other plastic materials may use toxic additives during production, or may release harmful substances during long-term usage, posing potential threats to the environment and human health.

• Feature: UPVC pipes exhibit excellent water pressure resistance, impact resistance and tensile strength. Under normal usage conditions, they can maintain stable performance. • Comparison: Some plastic materials may fall short in mechanical strength and thus are unable to meet the requirements of specific application scenarios.