SK15 End Base Infrared Tube Heating Element Mounted Clips Infrared Emitters Holder

This Item is mainly used for Twin tube Twin Tube Medium Wave IR heater lamp , if the lamp length is over 1800mm, which we may recommend you use three support holders to have one hold in the middle of the twin tube heater. Usually we provide you 2 pcs per lamp for free.      

Reflector 1. which can help to reflect the light radiated from the lamps to focus on the object, saving energy & inproving working efficiency 2. besides, you can adjust the reflector's grdient by the ajustable device at two sides to realze the best drying position 3. the longest reflector can be 3000mm, available for single tube and twin tube

Short-Wave Infrared emitters produce infrared waves of around 0.75 – 1.4 microns in wavelength and operate at high temperatures above 1,300 – 2,6000C. Since these wavelengths have higher frequencies, they tend to be more transmissive and reflective.The high efficiency of this technique, however, not only follows from the absorption properties of the materials to be heated, but also in conjunction with the atmosphere.

Fast Medium Wave Infrared Heating Lamp is mainly used in the longitudinal stretching process section in BOPET film production.In order to achieve the high light transmittance and the process requirements of raising the temperature to 100℃ within 5s,fast medium wave infrared emitters are best choice as its fall between the short and standard medium-wave. Utilizing the best of both wavelength. Response times as fast as short wave, with a maximum power output of 120 kW/m2 and lengths up to 4 meters.

Infrared heating is the best choice for semiconductors processing as IR has rapid heating and cooling abilities which means the elimination of heating overspill as well as significant energy savings. No contact is needed infrared can operate in a vacuum, within a gas flow or in the air.

Infrared heating is a kind of radiation heating. It spreads by a kind of infrared radiation (light)-- infrared light from material in the form of molecular (atomic) resonance absorption, so as to achieve the purpose of heating. It can be applied in many fields such as the heating process of industry coating, plastic forming, automotive industry, glass making, spinning, solar PV, food baking, drying of printing inks, quick drying of primer and paint on furniture, printed circuit, and so forth.      

No matter what material your screen printing on or how many color applications you need, infrared heat is the ideal heat to dry your screen printing for a variety of reasons, including: IR heats only the surface, minimizing potential damage to your products. It can be targeted exactly. Infrared heat is ‘instant on,’ reaching the desired temperature almost instantly. There’s no cool-down period either. Infrared drying systems can be set up with both conveyor belts for mass production and for flash drying handling one unit at a time. Infrared heat uses less energy than other heating methods.

short wave infrared heater lamps focus heat exactly where it’s needed, heat quickly and precisely controllable, efficient use of energy, easy integration into existing production facilities