TPU Oregon hose with smooth inner surface for solid, liquid, and gas transfer

TPU Oregon Hose

Smooth inner surface TPU hoses designed for high-flow transfer of aggressive solids, liquids, and gases in demanding industrial environments.

Technical Specifications

Wall Thickness

1.00 mm – 3.00 mm

Diameter Range

Ø32 mm – Ø500 mm

Standard Length

10 m – 20 m

Reinforcement

Coated Steel Spiral

Color Options

Transparent

Working Temperature

-30°C to +90°C

OVERVIEW

Designed for Smoother Flow and Demanding Transfer Conditions

Arfleks TPU Oregon Hoses are developed for industrial transfer applications where smoother internal flow, flexibility, and long material life are essential.

With a smooth inner surface and reinforced TPU structure, this hose series is designed to support efficient transfer of aggressive solid, liquid, and gas materials across demanding production environments.

These hoses are commonly preferred in wood, paper, and textile industries where reliable material flow and durable hose performance are critical.

APPLICATIONS

Used in High-Flow and Abrasive Material Transfer Systems

Wood Processing Systems

Used in woodworking environments for transferring dust, particles, and production waste materials.

Paper Industry Transfer Lines

Supports smooth and efficient material flow in paper production and processing systems.

Textile Production Systems

Suitable for transfer applications involving fibers, particles, and process materials in textile operations.

Aggressive Solid Transfer

Designed for demanding transfer of abrasive or coarse solid materials in industrial systems.

Gas Transfer Systems

Supports gas movement and process transfer where consistent internal flow is important.

High-Flow Production Environments

Preferred in systems requiring efficient flow movement and reduced internal resistance.

Built for Smooth Flow, Flexibility, and Long-Term Use

Smooth Inner Surface

Designed to reduce internal friction and support more efficient material flow.

Suitable for Aggressive Material Transfer

Built to perform in demanding transfer applications involving abrasive solids, liquids, and gases.

Flexible TPU Construction

Offers flexibility for easier installation and system integration across industrial environments.

Long Material Life

Engineered for long-term performance and durability under continuous industrial use.

Steel Spiral Reinforcement

Reinforced with coated steel wire to maintain structural strength and operational stability.

Transparent Hose Structure

Allows visual monitoring of transferred material during operation.

Optimized for High Flow Performance

Supports more efficient movement of material in systems requiring continuous flow.

Reliable for Demanding Industrial Use

Designed for production environments where stable transfer and material durability are essential.

FAQ

Frequently Asked Questions

Find quick answers about TPU Oregon Hoses, their industrial applications, and their performance in demanding transfer systems.

TPU Oregon Hoses are used in demanding industrial transfer applications involving solids, liquids, and gases where smooth internal flow and durability are important.

A smooth inner surface helps support more efficient material flow by reducing internal resistance during transfer.

Yes. This hose series is designed for industrial environments where aggressive and abrasive materials need to be transferred reliably.

These hoses are commonly used in wood processing, paper production, and textile manufacturing systems.

Yes. Arfleks TPU Oregon Hoses are suitable for transferring solid, liquid, and gas materials depending on the application requirements.

Yes. Arfleks can help determine the most suitable hose structure, diameter, and thickness based on your process and transfer conditions.

GET IN TOUCH

Need the Right Hose for Demanding Transfer Applications?

Tell us about your transfer process and our team will help you identify the most suitable hose solution for aggressive solids, liquids, gases, and industrial flow systems.

Custom sizing, material options, and application-based support available.