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Wholesale Infrared Heater Halogen Lamp Supports Customization for Drying Systems
Product Description
YUANDA Infrared Technology
Technical Specifications
| Filament | Tungsten |
| Lamp Reflector | Clear, White, Gold |
| Wavelength | 1.3 μm |
| Voltage | 24 – 600 V |
| Power | 50 – 5000 W |
| Color Temperature | 3500 K |
Premium Filament for Extended Lamp Life
- High thermal efficiency for maximum output.
- Economical operational costs throughout service life.
- Rapid response time for on and off switching cycles.
- Effectively transmits and concentrates heat directly onto materials.
High-Purity 99.99% Quartz Glass Tube
- Complete transparency under high-intensity IR radiation.
- Withstands extreme industrial temperatures without structural failure.
- Superior resilience against sudden thermal shock and stress.
Advantages of Reflector Types
White Reflector
The half-reflector design redirects radiation toward the target surface, saving up to 80% energy. Custom configurations include half-white, double-sided white, and 240-degree coverage. Produced with a specialized industrial process to ensure the coating remains stable and will not peel off during continuous operation.
Ruby Reflector
Significantly dampens visible glare. Emits a gentle rose hue while refining the wavelength band to increase effective thermal output without optical strain.
Gold Reflector
Optimized for thermal reflection with superior efficiency. Provides ultra-fast reaction times, attaining 100% full heating power almost instantly upon electrification, followed by rapid cooling.
Featured Industrial Lamp Series
Lamp Mounting Accessories & Holders
High-temperature secure holders designed for simple installation and dependable operational positioning.
Safety Precautions & Operating Guidelines
1. Operating Environmental Conditions:
- Ambient relative humidity must not exceed 95%.
- Environment must be free from explosive, corrosive, or flammable gases and conductive dust.
- Must operate free from strong impacts or mechanical vibration.
- Operating voltage should not exceed 1.1 times the nominal rated value; verify reliable grounding.
- Insulation resistance ≥ 1 MΩ; Dielectric withstand voltage: 2 KV / 1 min.
2. Installation & Wiring:
- Tubes must be properly seated and retained with suitable metal or ceramic terminal fixtures matching end caps.
- For operating environments above 200°C, always utilize high-temperature wiring and screw connections rated to 400°C or higher.
3. Quartz Glass Handling:
- Quartz glass is brittle. Always enforce protective handling during installation and adapt fixtures to mechanical surroundings to prevent cracking or mechanical collision.
Manufacturing Facility & Quality Control
Industrial Application Guide
| Industry Zone | Specific Application | Recommended IR Lamp Type |
|---|---|---|
| Plastics | Bottle blowing, Thermoforming, Plastic forming, Welding, Serigraphy, Strapping | Half white reflector infrared lamp |
| Paper | Drying, Copying, Offset printing, Ink jet, Serigraphy | Clear short wave heat lamp, Half white heat lamp |
| Food | Food catering, Food processing | Ruby heat lamp, Round halogen oven lamp |
| Wood & Composites | Drying, Curing, Powder coating | White reflector infrared heat lamp, Gold reflector heat lamp |
| Shoes & Fabrics | Drying, Curing | White reflector, Gold reflector, Clear, Ruby |
| Metal | Strapping, Coil coating, Powder coating | Gold reflector heat lamp, Twin tube IR lamp |
| Paint | Automobile repair shops, Powder coating | Ruby jacketed heat lamp, Reflector lamp |
| Animal Care | Breeding and rearing of animals, Veterinary clinics, Zoos, Pet shops, Beauty parlors | Ruby IR lamp |
Suitable for heating integration in Semi-Automatic PET Bottle Blowing Machines, Bottle Making Machines, and Bottle Moulding Equipment for producing PET plastic containers and bottles in all shapes.
Frequently Asked Questions (FAQ)
Q1: What are the main differences between White, Gold, and Ruby reflectors?
White reflectors direct up to 80% of heat radiation forward with high durability. Gold reflectors deliver maximum reflection efficiency and instantaneous thermal response. Ruby reflectors effectively reduce visible light glare while focusing warmth in a softer spectrum.
Q2: Why is 99.99% high-purity quartz glass used for the lamp envelope?
High-purity quartz glass features near-complete transparency to infrared rays, excellent thermal shock resistance, and the structural integrity required to operate continuously at high temperatures without warping or clouding.
Q3: Can these infrared lamps be customized to specific sizes and voltages?
Yes. We support custom tube lengths, filament geometries, dual/twin-tube layouts, custom reflector coatings (such as 240° coverage), voltages between 24V and 600V, and power ratings from 50W up to 5000W.
Q4: What wiring requirements must be met in high-temperature applications?
When operating temperatures exceed 200°C, connections must be made using high-temperature screw fixtures and cables certified to withstand 400°C or higher, alongside secure mechanical ceramic/metal brackets.
Q5: Which industrial heating processes are best suited for these lamps?
They are widely applied in PET bottle blowing, plastic thermoforming, industrial paper and offset printing drying, paint and powder coat curing, textile finishing, and livestock heating.
Q6: How does the tungsten filament contribute to fast response times?
The high-grade tungsten filament achieves full working output almost immediately upon electrification and drops temperature rapidly when switched off, allowing precise process heating and energy conservation.
