AW-17221352034
£5.50 £5.00
Thickness: 0.5 mm – 6 mm
Adhesive: High-strength industrial acrylic
Temperature range: –200°C to +80°C
Custom sizes & rolls available
UHMWPE film can help hose manufacturers address several common performance requirements:
A wear-resistant inner layer can help protect the underlying rubber structure.
The low-friction UHMWPE surface can support smooth material flow.
UHMWPE offers resistance to many chemicals, although complete hose compatibility must be validated.
The rubber substrate can provide the flexibility required for dynamic hose applications.
UHMWPE film thickness and surface treatment can be developed according to the customer’s hose construction and processing requirements.
Introducing the innovative UHMWPE (Ultra-High Molecular Weight Polyethylene) Functional Film, specifically designed for use in rubber Hose.
This advanced material combines the strength, durability, and wear resistance of UHMWPE with the flexibility and adhesion properties required for seamless integration into conveyor belt systems.
The UHMWPE film serves as a critical layer within the hose structure, enhancing its overall performance and extending its service life in a wide range of industrial applications.
Exceptional Wear Resistance
UHMWPE film is renowned for its extremely high abrasion resistance, making it the ideal material for protecting the rubber hose against wear and tear caused by friction, impact, and heavy loads. This feature significantly reduces downtime due to belt replacement, saving costs and improving productivity.
Enhanced Durability
The high molecular weight of UHMWPE film imparts exceptional strength and toughness to the Rubber hose, enabling it to withstand harsh operating conditions and maintain its structural integrity over extended periods.
Smooth Surface & Low Friction
The smooth surface of the UHMWPE film reduces friction between the belt and conveyed materials, leading to lower energy consumption and reduced wear on both the belt and the materials being transported.
Excellent Chemical Resistance
UHMWPE film exhibits excellent resistance to a broad range of chemicals, including acids, alkalis, and solvents, ensuring that the conveyor belt remains functional and unharmed even in challenging environments.

| Application | Rubber Direction | Primary UHMWPE Focus |
|---|---|---|
| Mining hose | NR / NR blends | Abrasion + flexing |
| Slurry hose | NR / SBR / NR blends | Abrasion + impact |
| Sand-transfer hose | NR / SBR | Abrasion + low friction |
| Hydraulic hose | NBR | Oil resistance + adhesion |
| Oil hose | NBR | Oil exposure + wear |
| Outdoor hose | CR / EPDM | Weathering + adhesion |
| Water hose | EPDM | Water + heat aging |
| Chemical hose | EPDM / FKM / suitable elastomer | Chemical compatibility |
| Fuel hose | NBR / FKM | Chemical + temperature resistance |
| Specialty tubing | Silicone / specialty elastomer | Temperature + interface stability |

UHMWPE film can be used as an inner lining or functional barrier layer in rubber hoses where abrasion resistance, low friction, impact resistance, and chemical resistance are important.
Direct bonding can be challenging because UHMWPE has a low surface energy and chemically inert surface. Surface treatment and an appropriate bonding system may be required.
There is no universal best rubber. NR and NR-based compounds can be considered for abrasive, dynamic hose applications; NBR for oil and fuel applications; EPDM for water and weather exposure; and FKM for selected demanding chemical and fuel applications.
The final selection depends on the complete hose design.
Yes, UHMWPE/NBR constructions can be developed, but the specific film surface treatment, bonding system, NBR formulation, and vulcanization conditions should be validated experimentally.
Yes, UHMWPE/EPDM constructions can be considered for selected water, outdoor, and industrial hose applications. Adhesion and aging performance should be validated using the actual formulation and processing conditions.
There is no universal thickness. Thinner films can support flexibility and reduce material consumption, while thicker films can provide greater wear allowance. The optimum thickness depends on abrasion severity, bending requirements, hose construction, and service life targets.
Potential approaches include corona treatment, plasma treatment, chemical surface modification, and specialized bonding or primer systems. The best approach depends on the UHMWPE film and rubber compound.
UHMWPE is resistant to many chemicals, but suitability must be confirmed for the specific chemical, concentration, temperature, exposure time, and complete hose construction.
Every rubber hose application has different requirements.
If you are developing an abrasion-resistant hose, slurry hose, mining hose, chemical hose, hydraulic hose, oil hose, or industrial rubber hose, we can help evaluate the appropriate UHMWPE film construction.
Discuss your requirements with our technical team, including:
Contact us to discuss a customized UHMWPE film solution for your rubber hose application.

UHMW-PE FILM For Rubber Hose;Rubber belt
