Premium High-Performance 16 Bar UPE Suction & Delivery Hose for Brewery and Distillery Applications

Product Overview

The Premium UPE Suction & Delivery Hose is a high-performance solution specifically designed for brewery and distillery applications. With a robust working pressure of 16 bar, this hose is suitable for both suction and delivery functions, making it an essential component for transferring a wide variety of beverages.

Key Features

• Designed for higher working pressures exceeding 16 bar
• Made from Ultra High Molecular Weight Polyethylene (UPE) for excellent chemical resistance
• Suitable for applications involving alcohol volumes greater than 99%
• Phthalates free with the capability to be cleaned and sterilized using various processes including CIP

Applications

This high-pressure delivery hose is ideal for transferring:

• Beer & Lager
• Cider & Perry
• Stouts & Ales
• Fruit Juice
• Soda & Soft Drinks
• Wine & Spirits exceeding 92% volume
• Whisky
• Potable Water

Technical Specifications

• FDA 21 CFR 177.260 compliant for rubber products intended for repeated use in food applications
• International certifications including BFR XXI, DM 21/03/1973, Regulation 1935/2004/CE, and 3-A RPSCQC for food contact safety
• Temperature range: Suitable for -40°C to +120°C

Dimensions & Specifications

Compliance and Safety

The Premium UPE Suction & Delivery Hose is compliant with various international standards ensuring safety and reliability in food and beverage applications. It is designed to meet stringent hygienic rules and specifications, making it a trustworthy choice for industries requiring high safety standards.

FAQs

• Can this hose be used for transferring chemicals?
  This hose offers excellent chemical resistance and is suitable for a wide range of chemicals.
• Is the hose easy to clean?
  Yes, it can be cleaned and sterilized using various processes, including CIP.
• What certifications does this hose meet?
  The hose complies with FDA regulations and has several international certifications ensuring its safety for food contact.