Skip to Main Content
  • English 
  • Română 
  • Linde Worldwide
  • The Linde Group
  • About Linde in Romania
  • News & Media
  • Industrial Gases
    Romania

  • Your Partner for Industrial Gases
  • Shop
  • Industries
      • Aerospace
      • Chemicals
      • Construction & Infrastructure
      • Electronics
      • Food & Beverages
      • Glass
      • Laboratories
      • Medical
      • Metal Fabrication
      • Metals
      • Pharma & Biotech
      • Power & Energy
      • Refining
      • Transport
  • Processes
      • Analysis & Instrumentation
      • Cleaning, Polishing & Grinding
      • Clinical Analysis & Diagnostics
      • Coating & Surface Treatment
      • Combustion
      • Controlled & Modified Atmospheres
      • Cutting, Joining & Heating
      • Environmental monitoring & protection
      • Electronics
      • Freezing & Cooling
      • Fueling
      • Fumigation & Pest Control
      • Heat Treatment
      • Inerting, purging, sparging
      • Melting & Heating
      • Pressurisation & Propellant
      • Petrochemical Processing & Refining
      • Pharmaceutical Processing
      • Plastics & Rubber Processing
      • Process Chemistry
      • Water treatment
      • Water and Wastewater Treatment
  • Products & Supply
      • Atmospheric Gases
      • Fuel Gases
      • Shielding Gases
      • Food Chilling
      • Food Freezing
      • Food Grade Gases
      • Dry ice
      • Fumigants
      • Gas Mixtures
      • Helium
      • Packaged Chemicals
      • Pharmaceutical Solutions
      • Refrigerants
      • Water Treatment
      • Welding and Safety Products
      • Specialty Gases & Equipment
      • Supply Modes
      • Gas Finder
      • Gas Converter
  • Health & Safety
      • Product Stewardship
      • Caring for the Environment
      • Safe transport of gases
      • Putting Safety, Health & the Environment First
      • Vision and Policy
      • Informarea publicului conform prevederilor art 14, alin 3) din H.G. 804/2007 pentru amplasamentul ASU Otelu Rosu
      • Anunt Public
  • Services
      • Administrative Efficiency
      • Process Know-How
      • Quality & Safety
      • Supply Reliability
  • How to Buy
      • Buy Online
      • Linde App
      • Placing an Order
      • Open your Linde account online
      • Find a store
      • Delivery Options
      • Cylinder rental
      • Payment Methods
  • Contact & Support
      • In an Emergency
      • Call us
      • Email Us
      • Buy online
      • Receive your invoices by email
      • Linde in Romania
      • Farmacovigilenta si vigilenta dispozitive medicale
      • Linde at EXPO PLAST 2018
      • Find a store
  •  
  • Language
    • English
    • Română
  • Linde Worldwide
  • The Linde Group
  • About Linde in Romania
  • News & Media
  • Processes
  • Analysis & Instrumentation
  • Cleaning, Polishing & Grinding
  • Clinical Analysis & Diagnostics
  • Coating & Surface Treatment
  • Combustion
  • Controlled & Modified Atmospheres
  • Cutting, Joining & Heating
  • Environmental monitoring & protection
  • Electronics
  • Freezing & Cooling
    • Cooling for Metal Fabrication
    • Cooling of Core Hoses
    • Dross cooling
    • Extrusion Cooling
    • Food Chilling & Freezing
    • Fluid Temperature Control
    • Ground Freezing
    • In-Transit Refrigeration
    • Rapid Cooling
    • Reactor Temperature Control
    • Reactor Cooling
  • Fueling
  • Fumigation & Pest Control
  • Heat Treatment
  • Inerting, purging, sparging
  • Melting & Heating
  • Pressurisation & Propellant
  • Petrochemical Processing & Refining
  • Pharmaceutical Processing
  • Plastics & Rubber Processing
  • Process Chemistry
  • Water treatment
  • Water and Wastewater Treatment
  • Processes
  • Freezing & Cooling
  • Cooling of Core Hoses

Cooling of Core Hoses Preventing hoses from burst damage

High pressure hoses normally consist of two layers of rubber with an intermediate wire fabric.

The production starts with the extrusion of the core hose. The next step is the wrapping with a wire mesh in a spinning unit. As the winding-on of the fabric has to be done with some tension it is necessary to stabilise the core hose. Otherwise deformation will occur. The standard procedure uses a supporting cotton fabric. This requires a second spinning unit.

The easier way is to use our hose cooling units. Before entering the spinning unit the hose passes through a hose cooling unit. The cooling chamber has a length of approximately 2m. On the inside liquid nitrogen (LIN) with a temperature of -196°C is sprayed on the hose. During the passing the hose gets colder and gains stiffness enough for the subsequent winding-up of the wire mesh.

You will benefit from:

  • No usage of Hydocarbons

  • Flexible cooling power

  • Easy operation

  • Easy maintenance


Our standard hose cooling units allow a maximum hose diameter of 50mm. Other sizes are available on request.

Any questions?

Ask our experts!

Contact

    • LinkedIN
    • Google
    • Facebook
    • Terms of Use
    • Legal Notice
    • Data protection
    • Cookie Policy
  • © The Linde Group 2019

To enhance your user experience and to deliver our online services, this website uses cookies for reasons of functionality, comfort and statistics. By continuing to browse the site, you are agreeing to our use of cookies.
You can find out more on our data protection information.
You must check the "I accept cookies from Linde Sites" box to accept.
More