Color PtfeTeflon Rod With The Lowest Coefficient Of Friction Working In -180°C - +260°C
  • Color PtfeTeflon Rod With The Lowest Coefficient Of Friction Working In -180°C - +260°CColor PtfeTeflon Rod With The Lowest Coefficient Of Friction Working In -180°C - +260°C

Color PtfeTeflon Rod With The Lowest Coefficient Of Friction Working In -180°C - +260°C

Discover the Kaxite Sealing Color PTFE/Teflon Rod, engineered with the lowest coefficient of friction to operate flawlessly from -180°C to +260°C. Ideal for industrial and chemical applications, this durable rod ensures precision and reliability, solving wear and friction issues while offering unmatched long-term value and performance.

With professional color ptfeteflon rod with the lowest coefficient of friction working in -180°c - +260°c factory, KAXITE is one of the leading China Ptfe Teflon Rod manufacturers and suppliers.

 

PTFE Rod is manufactured in two distinct ways, extruded PTFE Rod is the most popular and is relevant to smaller sizes, Moulded PTFE Rod is relevant to the diameters over 100mm in size, smaller sizes are also available in extruded form.Molded Teflon rod has a wide range of practicable temperature from -180°C - +260°C and a wax-like surface to which anything hardly rods. Molded PTFE rod has the lowest coefficient of friction of all known solid materials. It has the lowest coefficient of friction of all plastics.

Specifications:

(a) Sizes Availabe,

-Extruded Rod Min. Diameter= 5mm, Max. Diameter= 150mm,

Length= normal 1 m, or according to customer's request

-Moulded Rod Min. Diameter= 5mm, Max. Diameter=300mm,

Length: Max. 300mm

(b) Extruded Rod Diameter 4~9mm made from dispersion PTFE resin; Diameter 10~50mm made from dispersion PTFE resin

(c) Any sizes and color according to customer's demand


Hot Tags: Color PTFE Teflon Rod, Low Friction PTFE Rod, PTFE Rod Supplier
Send Inquiry
Contact Info
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
RejectAccept