Quartz Heater

Medium-wavelength Tube Heaters

These heaters feature a quartz tube with an internal heating element. They are commonly arranged in banks to form extensive heating arrays, making them ideal for industrial drying and curing processes. Their balanced wavelength output is suitable for many manufacturing applications, including paint drying, plastics forming, and textile processing.

Short Wavelength Tube Heaters

Short wavelength tube heaters share a similar construction to their medium-wavelength counterparts, but use tungsten elements housed within a quartz tube that is sealed with a noble gas. These heaters emit high-intensity infrared radiation with shorter wavelengths, making them exceptionally effective for metal heating, powder coating, and other applications requiring rapid, deep penetration of heat.

Quartz Panel Heaters

Quartz panel heaters are distinguished by their solid face, which is made from fused quartz. The heating element is embedded just below the surface, enabling uniform heat distribution across a larger area. These higher-mass heaters are preferred for applications that demand consistent energy output over broad surfaces, such as space heating in offices, commercial buildings, and laboratories.

Surface Tube Heaters

Surface tube heaters are constructed by wrapping a heating element around the outside of a quartz tube. This configuration allows for both convection heating and infrared heating, providing versatile performance in a variety of environments. They are commonly used in thermal processing and annealing operations.

Quartz Lamp Heaters

Quartz lamp heaters, sometimes referred to as quartz infrared lamps, incorporate an aluminum casing with a polished reflector to direct the infrared rays. These elements typically operate at wavelengths below five micrometers, with tungsten filaments capable of running at temperatures around 2500° K.

Quartz Tube Elements

Quartz tube elements are designed using a resistance coil that runs through several parallel quartz tubes and is encased in a highly reflective body, often made of aluminized steel. These elements are engineered for radiant heating applications and are especially effective for processing heat-sensitive materials such as certain plastics, films, and medical products.