415V 2500W Twin Tube IRP Infrared Lamp for Printing

• Carbon fiber heat lamp
  • High-priced imported carbon fiber filament
  • The finished filament is smooth and does not fluff
  • The optimum power and maximum longevity
• Quartz glass tube
  • High quality high-temperature quartz glass
  • Long serving life: over 5000 hours
  • Nontoxic and no peculiar smell, no risk of contamination over environment or target object to be heated

• Infrared Heating For Plastics Process
  • IR drying of coatings on plastics
  • IR stretching or shrinking plastics
  • IR Heating For Plastic Packaging
  • IR heating for blow moulding of PET bottles
• Infrared Heating For Printing Industry
  • IR curing ink on cloth
  • IR drying for inkjet-based CTP plates
  • IR drying of printing products, such as using in banners machine

We can advise the customer choosing the right heat lamp for the specific application. Furthermore, our Technical Department can design the right lamp based on the customer's specific technical instructions.

We can produce many sizes and types of heat lamps according to customers' requirements. If you have drawings available, we can create samples for you.

• Do not stare at the IR lamp while in operation
• Do not touch the IR lamp while in operation

The power supply lines must not be routed in bundles. Routing in bundles increases the risk of overheating at considerably lower temperatures.

The power supply lines installed are not designed to withstand heavy vibration or cyclic movement. If the infrared lamps are to be moved by a device, the power supply lines must be installed on terminals that move along with the lamp. Suitable leads for the power supply should then be installed from there.

The temperature of the gold reflector should not exceed 600°C in any operating condition to prevent irreversible damage to the reflection properties of the gold.

The temperature of the white reflector should not exceed 900°C in any operating condition to prevent irreversible damage to the reflection properties of the white coating.

The temperature of the pinch seals and the ceramic caps should not exceed 250°C. If the pinch seal and the ceramic caps overheat, the infrared emitter will fail prematurely, the pinch seal will break and potential danger may arise from exposed live parts.

To avoid damaging the quartz glass tube, the temperature of the tube must not exceed:

• 700°C for shortwave emitters
• 800°C for carbon emitters
• 900°C for medium-wave emitters