High Temperature PTFE Teflon Tube

Description

🟦 Product characterization And Application

Feature:

Universal Chemical Inertness
PTFE tube resists strong acids alkalis and aggressive solvents ensuring long term stability in harsh chemical environments

Hygienic Non Stick Surface
Teflon tubing features a smooth low friction bore reducing residue buildup and supporting easy CIP cleaning

Strict Manufacturing Standards
As a professional ptfe tube manufacturer we provide UL 94 V 0 flame retardant tubing with excellent dielectric strength

Food and Pharma Grade Purity
Polytetrafluoroethylene tubing contains no plasticizers fillers or additives ensuring clean odorless fluid transfer

Application:

Semiconductor and Electronics

PTFE tube used for wafer cleaning equipment high purity chemical delivery cable insulation sensors high frequency cables and cooling systems

Food and Beverage

Teflon tubing used for coffee machines beverage equipment filling lines and sanitary fluid transfer applications

Pharmaceutical and Laboratory

Polytetrafluoroethylene tubing used in chromatography systems laboratory equipment pump systems reactors and high purity fluid transfer

Automotive and Aerospace

PTFE tube used in fuel systems brake cable liners lubrication systems and high temperature wire protection

Chemical Processing

Teflon tubing used for strong acid alkali transfer chemical reactors gas delivery laboratory devices and corrosion resistant pipelines

Hydrogen Energy

PTFE tube used in hydrogen fuel cell systems precision fluid control and exhaust applications under extreme temperatures

🟦 Product information

Product Name	PTFE Teflon Hose
Material	polytetrafluoroethylene
Fluid	Air, water, solvent, strong acid, strong base
Working temperature	-65 ℃ ~ +260 ℃ (Air, inert gas)
	0 ℃ ~ +100 ℃ (Water)
Working pressure	See the table below
Length	100m/roll
Tolerance	OD3–12 мм tolerance is±0,1 мм
	OD14–16 мм tolerance is±0,15 мм
Size options (Imperial)	MOQ | Sampling available
Certification	RoHS
	REACH
	CE
	ISO 9001

Note: Custom sizes, colors, hardness, burst pressures, and temperatures are available—please contact the company for technical specifications.

PDF

🟦 Product Parameters

Model	OD × ID (мм)	Working temperature (℃)	Maximum working pressure （MPA)				Minimum bending radius （Мм)
			20℃	100℃	200℃	260℃
LCTD0425	4×2.5	-65℃~+260℃ （Air, inert gas） 0℃~+100℃ (Water)	1.6	0.9	0.45	0.23	20
LCTD0604	6×4		1.4	0.7	0.35	0.2	30
LCTD0806	8×6		0.9	0.5	0.25	0.15	60
LCTD1075	10×7.5						60
LCTD1209	12×9						80
LCTD 1/8	3.18×2.18		1.4	0.7	0.35	0.2	20
LCTD 3/16	4.76×3.15						25
LCTD 1/4	6.35×3.95		1.6	0.9	0.45	0.23	30
LCTD 3/8	9.53×6.33		1.4	0.7	0.35	0.2	45
LCTD 1/2	12.7×9.5		0.9	0.5	0.25	0.15	80

FAQ

Q: How does the chemical resistance of your PTFE tube handle aggressive solvents?
A: PTFE is chemically inert to almost all industrial chemicals and solvents. It remains stable even when transporting highly corrosive acids and alkalis, ensuring zero contamination and long-term durability.

Q: Can this tubing be used in high-temperature vacuum or pressure environments?
A: Absolutely. It maintains its structural integrity across a massive thermal range and possesses an extremely low coefficient of friction, preventing material buildup in high-stakes pneumatic and fluid systems.

Q: Is the surface of the tube smooth enough to prevent fluid residue?
A: Our precision extrusion process results in an ultra-smooth inner bore. This non-stick surface minimizes flow resistance and makes cleaning or flushing exceptionally efficient for pharmaceutical and chemical processing.

Q: Does your PTFE tubing use the same high-quality resin as your PFA/FEP lines?
A: Absolutely. Like our PFA and FEP products, our PTFE tubes are extruded from 100% virgin, FDA-compliant raw materials. This ensures zero contamination across our entire fluoropolymer product range.