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Soren20060320
JINGCHENG
3917290000 3904610000 3917390000
Anti-Static PTFE Hose
Intro
Static buildup is a real risk in fluid handling systems, especially when transferring solvents, fuels, chemical media, or other low-conductivity fluids. In demanding industrial environments, a standard hose may not be enough when electrostatic discharge can affect safety, product quality, or system stability.
Our anti-static PTFE hose series is engineered for applications that require the chemical resistance of PTFE together with static dissipation performance. Available in multiple structures including smooth bore, corrugated, inner smooth/outer corrugated, and full black conductive corrugated designs, these hoses help improve transfer safety and reliability in chemical processing, paint, fuel, and feed industries.
Performance Highlights
Temperature resistance up to 260°C for selected anti-static PTFE constructions, design-dependent.
PTFE offers outstanding resistance to strong acids, alkalis, and organic solvents.
Anti-static constructions help reduce electrostatic buildup during media transfer.
Available in smooth bore and corrugated anti-static hose formats for different routing and bending needs.
Suitable for industries such as chemical processing, coating/paint systems, fuel handling, and feed processing.
Conductive options include black conductive corrugated PTFE hose for more specialized static-control applications.
Why Use Anti-Static PTFE Hose
When fluids move through a hose at speed, friction can generate static electricity. In certain applications, that static charge may create operational instability, contamination risks, or safety concerns. Anti-static PTFE hose is used to help control that risk while still delivering the core benefits of PTFE: chemical inertness, temperature resistance, clean media contact, and long service life.
Compared with ordinary tubing, anti-static PTFE hose is a better choice for systems involving aggressive chemicals, fuels, solvents, or sensitive transfer conditions where static dissipation matters. It is especially valuable when customers need both high-purity flow performance and added safety in process transfer.
Core Features
1. Static-Control PTFE Flow Path
The hose structure is designed to provide anti-static performance while maintaining the core media compatibility advantages of PTFE. This helps reduce electrostatic accumulation during transfer.
2. Multiple Hose Structures for Different Installations
The catalog shows anti-static PTFE hose available in several forms, including:
Anti-static smooth bore hoseAnti-static corrugated hose
Anti-static inner smooth / outer corrugated hose
Full black conductive corrugated PTFE hose
3. Broad Chemical and Temperature Capability
The anti-static PTFE hose series is intended for harsh media and elevated-temperature service, with selected constructions rated up to 260°C according to the catalog overview. Final limits depend on hose design, size, reinforcement, fittings, and application conditions.
| Type / Structure | PTFE Inner Layer | Surface / Form | Static-Control Feature | Typical Media | Temperature Reference |
|---|
| Anti-Static Smooth Bore Hose | PTFE | Smooth bore | Anti-static PTFE construction | Chemical fluids, solvents | Up to 260°C, design-dependent |
| Anti-Static Corrugated Hose | PTFE | Corrugated | Anti-static PTFE construction | Transfer media requiring flexibility | Design-dependent |
| Anti-Static Inner Smooth / Outer Corrugated Hose | PTFE | Inner smooth, outer corrugated | Anti-static PTFE construction | Chemical/process transfer | Design-dependent |
| Full Black Conductive Corrugated PTFE Hose | PTFE | Black corrugated | Conductive configuration | Fuel, solvents, industrial fluids | Design-dependent |
About Us (Manufacturing & Delivery)
We manufacture PTFE hose products for industrial transfer applications and support custom production based on actual working conditions. Our process typically covers requirement review, structure selection, drawing/spec confirmation, sample or pilot validation, production, inspection, and delivery. Lead time depends on structure, quantity, and fitting complexity. The company profile and PTFE hose manufacturing focus are shown in the uploaded catalog.
Anti-Static PTFE Hose
Intro
Static buildup is a real risk in fluid handling systems, especially when transferring solvents, fuels, chemical media, or other low-conductivity fluids. In demanding industrial environments, a standard hose may not be enough when electrostatic discharge can affect safety, product quality, or system stability.
Our anti-static PTFE hose series is engineered for applications that require the chemical resistance of PTFE together with static dissipation performance. Available in multiple structures including smooth bore, corrugated, inner smooth/outer corrugated, and full black conductive corrugated designs, these hoses help improve transfer safety and reliability in chemical processing, paint, fuel, and feed industries.
Performance Highlights
Temperature resistance up to 260°C for selected anti-static PTFE constructions, design-dependent.
PTFE offers outstanding resistance to strong acids, alkalis, and organic solvents.
Anti-static constructions help reduce electrostatic buildup during media transfer.
Available in smooth bore and corrugated anti-static hose formats for different routing and bending needs.
Suitable for industries such as chemical processing, coating/paint systems, fuel handling, and feed processing.
Conductive options include black conductive corrugated PTFE hose for more specialized static-control applications.
Why Use Anti-Static PTFE Hose
When fluids move through a hose at speed, friction can generate static electricity. In certain applications, that static charge may create operational instability, contamination risks, or safety concerns. Anti-static PTFE hose is used to help control that risk while still delivering the core benefits of PTFE: chemical inertness, temperature resistance, clean media contact, and long service life.
Compared with ordinary tubing, anti-static PTFE hose is a better choice for systems involving aggressive chemicals, fuels, solvents, or sensitive transfer conditions where static dissipation matters. It is especially valuable when customers need both high-purity flow performance and added safety in process transfer.
Core Features
1. Static-Control PTFE Flow Path
The hose structure is designed to provide anti-static performance while maintaining the core media compatibility advantages of PTFE. This helps reduce electrostatic accumulation during transfer.
2. Multiple Hose Structures for Different Installations
The catalog shows anti-static PTFE hose available in several forms, including:
Anti-static smooth bore hoseAnti-static corrugated hose
Anti-static inner smooth / outer corrugated hose
Full black conductive corrugated PTFE hose
3. Broad Chemical and Temperature Capability
The anti-static PTFE hose series is intended for harsh media and elevated-temperature service, with selected constructions rated up to 260°C according to the catalog overview. Final limits depend on hose design, size, reinforcement, fittings, and application conditions.
| Type / Structure | PTFE Inner Layer | Surface / Form | Static-Control Feature | Typical Media | Temperature Reference |
|---|
| Anti-Static Smooth Bore Hose | PTFE | Smooth bore | Anti-static PTFE construction | Chemical fluids, solvents | Up to 260°C, design-dependent |
| Anti-Static Corrugated Hose | PTFE | Corrugated | Anti-static PTFE construction | Transfer media requiring flexibility | Design-dependent |
| Anti-Static Inner Smooth / Outer Corrugated Hose | PTFE | Inner smooth, outer corrugated | Anti-static PTFE construction | Chemical/process transfer | Design-dependent |
| Full Black Conductive Corrugated PTFE Hose | PTFE | Black corrugated | Conductive configuration | Fuel, solvents, industrial fluids | Design-dependent |
About Us (Manufacturing & Delivery)
We manufacture PTFE hose products for industrial transfer applications and support custom production based on actual working conditions. Our process typically covers requirement review, structure selection, drawing/spec confirmation, sample or pilot validation, production, inspection, and delivery. Lead time depends on structure, quantity, and fitting complexity. The company profile and PTFE hose manufacturing focus are shown in the uploaded catalog.
