Infrared Solutions for Rubber, Cables, and Plastics
Infrared technology heats material surfaces quickly and uniformly in the production of rubber profiles, cables, hoses or plastics - without energy loss.
Increased production speeds with reduced costs
At MICOR provide you with infrared solutions for heating processes in the industrial production of rubber, profiles, hoses, cables and plastics. Our MICOR *NIR technology concentrates the infrared heat and transfers it without contact to the rubber profiles, cables, hoses or plastics. This allows us to increase product quality, maximize production speeds and save space, costs and energy at the same time.
Whether for the pre-vulcanization of rubber profiles, the drying of primers or the functional coating of cable materials, our drying systems are individually tailored to your processes and requirements so that you can achieve the best production results with the most efficient use of energy.
MICOR systems are custom designed and manufactured to meet the power, size and construction requirements of your application.
MICOR represents 45 years of market and technology experience. Our products are continuously refined and utilize our unique MICOR *NIR technology, which features instant on/off capability, eliminating the need for preheating or cooling times. Our products are ATEX certified and comply with EU regulations.
Drying and heating solutions for plastics, rubber and cables
All our infrared products are precisely customized in terms of power and size to suit your application and can be easily integrated into existing machines.
We would be happy to assist you in finding the right infrared solution for your needs!
Success stories from the rubber industry
Our infrared systems are specifically tailored to your process, the materials used, and the desired end product, and can be used either as an additional heating solution or as a stand-alone system.
Improving adhesion of rubber layers for embedding fabrics
Problem: The goal is to embed a fabric between extruded rubber layers. To achieve this, the adhesion of the rubber layers must be optimized by heating to a required temperature of 140°C.
Solution: By using our MICOR *NIR tunnel with the appropriate number of infrared tube emitters, both dwell time and power were precisely adjusted. This allowed for optimized adhesion and successful embedding of the fabric as desired.
Is your application or problem not listed? We would be happy to present additional use cases or simulate real production conditions on your own system as part of our live test.
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