Halogen energy saving quartz short wave infrared nano-coating heating tube - STSTW

Halogen energy saving quartz short wave infrared nano-coating heating tube

REFLECTORS

1,Gold Reflector: three layer genuine gold coating, fixed directly on one side of the quartz tube. It’s able to reflect

more than 90% of IR radiation and if properly cooled it can reach the working temperature of about 600C;It is highly

reflective and directs the infrared energy at the process. It also eliminates the need for an external reflector

2,White Reflector: nano coating, fixed directly on one side of the quartz tube. It’s able to reflect about the 70% of

IR radiation, so it is less effective compared to the gold one , but it can resist up to a working temperature of about

900-1000°C;This design minimizes the time and expense of replacing external reflectors over time

3,No Reflector: Used to replace existing tubes that have no reflectors.

4,Quartz tube: 99.99% purity quartz adopted to ensure high transparency, great shock heating resistance and high

strength

Short wave infrared nano-coating heating tube

Short-wave infrared quartz heating lamp utilizes a low-masstungsten filament that is incased in a special

blend of inert gasses.

This provides a very high energy source capable of responding instantly to voltage changes,

allowing for precise temperature control for a variety of applications.

Glass Tube: 99.9% Pure Fused Silica Quartz Sealed

1. Filament Material:Tungsten

2. Filament Temperature:1600 - 2200°C

3. Peak Wavelength:1.4 - 2µm

Typical Applications:

- Plastics Welding
- Curing Painted Surfaces
- Curing Powder Coatings
- Polymerization of coatings for cooking utensils
- Drying porcelain and ceramics
- Gelling PVC coatings on textiles
- Drying and production of glass-plastic composites
- Semiconductor Production

Medium-wave infrared nano-coating heating tube

Medium-wave infrared quartz heating lamp will utilize either a high temperature nickel/chromium alloy filament

or a carbon based filament to provide a steady source of heat.

These high-efficiency IR heatersconvert 50 to 60 percent of the input electrical energy into

infrared radiationmaking it ideal for situations requiring heat.

Glass Tube: 99.9% Pure Fused Silica Quartz Sealed or Unsealed

1.Filament Material: Nickel/Chromium Alloy or Carbon-based

2.Filament Temperature:600 – 900°C

3.Peak Wavelength:2 – 4 µm

Typical Applications:

-Curing Painted Surfaces

- Preheating Plastics

- Curing Powder Coatings

- Drying/heat setting textiles after dyeing or printing

- Supplemental heating

- Drying or inks for printing and silk-screening

- Preheating and curing coatings of Wood

Product Details