Infrared heating systems for exactly controlled homogeneous heating.
Infrared heating systems with exact controls offer many advantages for converting:
Laminating or embossing benefits from optimum preheating.
Infrared emitters and modules do this homogeneously and efficiently.
Car doors, centre consoles and dashboards are made of plastic carrier parts that are clad with foil. This is usually done by vacuum laminating, a process in which an adhesive is applied to the foil or the carrier part.
Compared to conventional fused silica emitters, Noblelight infrared emitters heat up the foils faster, reduce cycle times and at the same time save energy.
Carbon infrared emitters from Noblelight are helping to improve the quality of flooring products and to improve dimensional stability during the embossing of heavy duty homogenous floor coverings.
Forgotten candles or a short circuit in the toaster – if a fire starts at home it should not get out of control. Curtains and home textiles should not contribute to the spreading of a fire and therefore they have to be equipped with flameretardant properties.
A carbon infrared system is helping to increase production line speeds by providing pre-drying of a water repellent coating applied to a specialised fabric used in the manufacture of outdoor clothing. Moreover, its ease of control is also ensuring that there is no damage to the fabric caused by over-heating.
A custom-built infrared drying system has helped Century Dyeing of Elland, near Leeds, to solve a problem which they were experiencing with the dyeing of a particular fabric for a specific customer. The innovative solution involved on-site tests at the Elland factory and the design of a system to provide sufficient drying within a very short time window and very tight space constraints.
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