Q:What are the main index requirements of CPVC power pipe?
A: Vickers reaches above 93℃, and can pass the ring stiffness, flatness and drop hammer impact test. These rigid requirements ensure its insulation and corrosion resistance, which can better protect the cables.
Q: So what are the main index requirements for CPVC plumbing pipes?
A: CPVC hot and cold water pipes should be more heat and pressure resistant, with a Vickers greater than 110°C and a tensile yield stress of more than 50MPa to ensure it is safe and reliable.
Q:What are the main index requirements for CPVC industrial pipe?
A: In order to ensure that CPVC industrial pipe should be reliable even under extreme conditions, its Vicat should be greater than 110℃, tensile strength should be greater than 50MPa, and chlorine content should be more than 55%.
Q: Finally, what are some of the high standard characteristics of CPVC fire protection pipe?
A: As a life support in emergency situations, CPVC fire hose has the highest requirements. The Vickers has to reach 113°C and the chlorine content is also required to be over 60%.
Q: How do the four major CPVC pipes have to meet these high standards?
A: Rallychem Chemicals specializes in CPVC solutions, providing customers with turnkey services, helping customers produce stable and qualified CPVC products earlier, seizing the market opportunity, saving money, time and technology.
Quizá le interese
New Product Teaser|Entering the Era of “Stability Competition” in Engineering Plastics, a True Montan Wax Replacement Solution Has Arrived
2026 / 04 / 20
Rallychem Advanced Materials ── From Material Behavior to Process-Controlled Performance
2026 / 04 / 16
Cera de PE frente a cera de PE oxidada: Comparación del rendimiento de la lubricación en el procesamiento de tuberías de PVC
2026 / 04 / 06
¿Por qué los plásticos técnicos necesitan una “cera especial”? Introducción técnica a la cera sintética de poliéster Rallychem
2026 / 04 / 02
Guía de lubricación y endurecimiento de tuberías de PVC: El equilibrio perfecto entre coste y rendimiento para una extrusión estable y eficaz
2026 / 03 / 19