PFA TUBE Various thickness/PFA various color pipe

Material

PFA

Color

customized

Thickness

0.1-2MM

Size

2-160MM

Working temperature

-85°C~260℃

Usage

widely used in pesticides, sulfuric acid filling machine, food fillers, oils filling machine, medical equipment, all kinds
instrumentation, automotive oil tube , mechanical,electrical appliances,
automotive,aerospace,chemical,pharmaceutical,communications and other fields.such as food processing,high temperature
fluid,chemicals and compressed gas. * Cooling solution for the pharmaceutical industry, is highly corrosive liquid cooling
conveyor * Wire corrosion protection tube and transfer the liquid medium, ultra-pure water pipe and other equipmen

Introduction

In recent years, plastic has emerged as a reliable and cost-effective alternative material for manufacturing pipes, even though it
was not originally considered suitable for piping process environments. There is now a broad range of plastic compounds being
developed, making it a viable option for many industries. The two most effective categories of plastic for piping systems are
fluoroplastics and thermoplastics. Fluoroplastics, such as PTFE, PVDF, ECTFE, CTFE, PFA, and FEP, are particularly well-suited for
use in aggressive chemical services at extreme temperatures, ranging from -328°F to +500°F. Thermoplastics, on the other hand,
require melting during the manufacturing process and can be welded or injection-molded into shapes for machining into piping
system components. The use of plastics in piping systems has become essential in some cases, as pipes made from plastic have
proven to be more cost-effective and reliable than traditional materials like glass or ceramic-lined pipes. Plastics such as UHMW
PE, PVDF, CTFE, and nylon have been shown to offer excellent wear resistance and can perform up to five to ten times better than
304 Stainless Steel in Taber Abrasion Tests. These tests measure the amount of weight loss after 1,000 cycles of an abrasive wheel
over a plate made of the tested material. In conclusion, plastic has become a popular choice for manufacturing pipes due to its
cost-effectiveness, reliability, and wide range of plastic compounds available. With fluoroplastics and thermoplastics being the
most effective categories for piping systems, plastics have proved to be a suitable alternative for many industries