Core Value: The Hollow Far Infrared Ceramic Heater Plate represents the premium standard in radiant heating efficiency. Unlike solid ceramic elements, this heater features a unique hollow casting that creates an insulating air cavity behind the heating face. This design significantly reduces rear heat loss and directs 98% of the infrared energy forward to the target. The lower thermal mass allows for much faster heat-up times and quicker response to controller adjustments, making it the ideal choice for energy-conscious manufacturers and high-speed cyclic processes. BACKED BY 30+ YEARS MANUFACTURING EXPERIENCE and UNDERGOES MULTIPLE RIGOROUS QUALITY CHECKS for superior performance.

• ✓ High Efficiency: Hollow cavity acts as natural insulation, reducing back heat loss.
• ✓ Fast Response: Low thermal mass ensures rapid heat-up and cool-down cycles.
• ✓ Energy Saving: Consumes up to 15% less energy than solid elements for the same surface temp.
• ✓ Uniform Heating: Casting process ensures even wall thickness and temperature distribution.
• ✓ Standard Sizes: Drop-in replacement for standard Full Flat (FTE) and Half Flat (HTE) heaters.
• ✓ Long Wave IR: Emits 2-10 µm wavelength, optimal for heating plastics and organic coatings.
• ✓ Reliable Quality: 30+ YEARS MANUFACTURING EXPERIENCE ensures structural integrity.
• ✓ Quality Assured: UNDERGOES MULTIPLE RIGOROUS QUALITY CHECKS.
• ✓ Global Standards: CE, LVD, RoHS, ISO 9001 certified.

Technical Specifications & Performance Data

Industrial Applications & Solutions

1. High-Speed Thermoforming: The fast response time of hollow heaters allows for quick temperature profiling changes between different plastic sheet thicknesses, reducing setup time and energy waste.
2. Industrial Drying Tunnels: Used for drying inks, lacquers, and adhesives. The reduced back heat loss means the wiring channel behind the heaters stays cooler, protecting the electrical infrastructure.
3. Shrink Packaging: For high-volume packaging lines. The intense, focused IR energy quickly shrinks film without transferring excessive convective heat to the surrounding air.
4. Plastic Welding: Pre-heating complex plastic parts. Hollow heaters provide the necessary intensity while being light enough to be mounted on robotic arms.
5. Curing Ovens: Powder coating curing. The long-wave radiation penetrates the powder to bond it to the metal substrate effectively.
6. Infrared Saunas: Premium sauna panels. The hollow design ensures safety (cooler back) and provides gentle, even far-infrared heat for therapeutic benefits.

HT-Heater vs Standard Market Heaters

Installation & Integration Guidelines

• Retrofitting: Hollow heaters use the same standard mounting clips as solid heaters. You can directly upgrade existing machines to hollow elements for immediate energy savings.
• Spacing: Due to higher efficiency, check if you can lower the setpoint temperature compared to solid elements. Maintain 5mm gap between heaters.
• Temperature Sensing: We highly recommend K-Type thermocouples. For hollow heaters, the thermocouple is typically placed in the built-in tube to measure internal temperature accurately.
• Reflectors: While hollow heaters have less back loss, using polished aluminized steel reflectors will still maximize forward throw and protect the plenum.

Customer Success Stories

Case 1: Automotive Interior Manufacturer (Germany)

Application: Laminating dashboard panels.

Challenge: Slow startup times of solid heaters delayed the morning shift by 20 minutes.

Solution: Upgraded to 600W Hollow Ceramic Heaters.

Results: HEAT-UP TIME REDUCED BY 50%. “The energy savings were a bonus, but the speed was the game changer. HT-Heater UNDERGOES MULTIPLE RIGOROUS QUALITY CHECKS.”

Case 2: Plastic Packaging Plant (USA)

Application: Blister packaging machine.

Challenge: Excessive heat behind the heater bank was melting the wiring insulation.

Solution: Hollow heaters (insulating cavity design).

Results: REAR TEMPERATURE DROPPED BY 40°C. “Wiring issues solved instantly. 30+ YEARS MANUFACTURING EXPERIENCE is why we chose HT-Heater.”

Case 3: Paint Drying Line (China)

Application: Conveyor oven for metal parts.

Challenge: Need to reduce electricity consumption to meet green targets.

Solution: Replaced 500 solid elements with high-efficiency hollow elements.

Results: ENERGY BILL REDUCED BY 12%. “The ROI was less than 8 months. Excellent quality assurance.”

Pricing & Procurement Options

Standard Production: MOQ 10 pieces. BACKED BY 30+ YEARS MANUFACTURING EXPERIENCE ensures consistent quality. Discounts for 50+ units. Standard models in stock.

Lead Times: Standard: 7-10 days production. Custom: 10-15 days. Samples: 5-7 days. Rush service available for urgent requirements.

Global Logistics: Worldwide shipping via UPS, DHL, FedEx, EMS, TNT or the shipping agent as your request. Every shipment backed by 30+ YEARS MANUFACTURING EXPERIENCE.

Sample Orders: Available for testing. Contact sales for pricing. All samples UNDERGO MULTIPLE RIGOROUS QUALITY CHECKS.

Global Certifications & Compliance

• CE Marking
  Conforms to European directives
• LVD Compliance
  Electrical safety requirements
• RoHS Compliant
  Environmentally safe materials
• ISO 9001
  Rigorous quality control processes

Quality Documentation: Certificate of Conformity and resistance test reports available. Every unit UNDERGOES MULTIPLE RIGOROUS QUALITY CHECKS before shipment.

Comprehensive After-Sales Support

Warranty: 1 Year Standard Warranty against manufacturing defects.

Technical Support: Energy saving calculations and retrofit guidance.

Service Network: BACKED BY 30+ YEARS MANUFACTURING EXPERIENCE. Global technical support available.

Ready to Upgrade Your Infrared Heating?

Next Steps:

• 📧 Request Custom Quote – Specify dimensions and wattage
• 🔧 Energy Saving Analysis – Calculate your ROI
• 📦 Order Test Samples – Compare the efficiency
• 📞 Contact Infrared Experts – Response within 2 hours