Infrared shock tunnel ovens

EUROLINIA pre-vulcanization shock tunnels are designed for direct, high temperature shock treatment of the top layer of the material (pipe, cable and etc.). This is necessary when you don’t want to heat all layers of the product, which can cause sagging or deformation. Shock IR tunnels can be used as a stand-alone system, but in most cases, they are combined with stabilization IR tunnels or extrusion lines for further production procedures.

EUROLINIA shock tunnels have the following advantages:

• Temperatures inside the heating chamber of up to 860C
• Independent heating zones for even heat distribution

• High energy efficiency - achieved by heating with directional focus high power infrared radiation
• Circular reflector – provides accurate distribution of radiant energy inside the chamber
• Three level thermal protection with high quality thermal insulation

• High functionality (decoupling heating chamber) - simplifies the operations of loading the pipe into the tunnel
• Inertia free start/stop system (IFSS-2) allows you stop the heating immediately if you need to, and start it without pre-heating time when you are ready

• High product quality – ensured by precise and uniform heating contol on the surface of the pipe (or other material)
• Presence of an automatic alarm module to monitor failure (burnout) of emitters with indication of the corresponding zone
• Different designs of the heating chamber to accommodate any type of pipe, wire of other material

• Ease of access inside the heating chamber in order to control the surface of the emitters and reflectors, and to perform their maintenance and cleaning
• Reliability and durability of the body, frame and all internal components made of high-alloyed stainless steel

• Reliability and durability of ceramic emitters - coating of the emitting surface with zirconium oxide engobed ceramic glaze, which, unlike quartz tubes and metal heating elements, is absolutely insensitive to dust and organic dirt, to high humidity and condensate during cooling and switching on, and to the presence of chemical compounds in the air of the heating chamber
• Use of a touch screen panel programmable controller for control and operational management of the process of heating, storage and input of files settings for various heating modes
• Use of RS-485 interface and software for configuration, control and operational management of the tunnel from a remote computer, storage and input of settings for various heating modes
• Compliance with all safety standards