Heatecx Limited
Our Quartz Infrared Heaters are meticulously crafted using high-purity fused silica tubes (99.9% SiO2), ensuring exceptional transparency to infrared waves and unparalleled resistance to thermal shock. Each Quartz Heating Element is engineered for operation in extreme conditions, maintaining dimensional and thermal stability that significantly extends equipment lifespan.
The technology of Infrared Heating Elements and Quartz Infrared Lamps represents the most efficient solution for heat transfer in modern industry. Unlike conventional systems relying on conduction or convection, our Infrared Radiant Heaters emit electromagnetic energy directly absorbed by the material, eliminating energy losses to the surrounding air. Our Quartz Infrared Heaters are manufactured with high-purity fused silica tubes (99.9% SiO2), guaranteeing exceptional transparency to infrared waves and unmatched thermal shock resistance. Every Quartz Heating Element is designed to perform optimally in demanding environments, offering superior dimensional and thermal stability that enhances the longevity of industrial equipment.
Emitter Types and Wave Technology:
• Short Wave Halogen Lamps: These devices utilize tungsten filaments sealed in halogen gas. Operating at very high filament temperatures (up to 2200°C), they emit high-intensity radiation with a wavelength of 0.76 to 1.4 µm. This Short Wave Infrared Emitter is capable of deep penetration into materials, making it the preferred choice for paint drying and high-speed thermoforming.
• Medium Wave Quartz Infrared Heaters: Employing nickel-chromium alloy filaments, these operate in a range of 1.4 to 3.0 µm. The Single Tube Quartz Heater in medium wave is ideal for materials that absorb best in this spectrum, such as plastics, water, and textiles. They are renowned for their balance between penetration and surface absorption, providing superior thermal control in every Medium Wave Infrared Heater.
• Long Wave Infrared Heaters: Designed for processes requiring gentle and uniform heat transfer. The Long Wave Quartz Heating Element in this category is crucial for curing delicate coatings and heating large surfaces, where the Quartz Heater ensures consistent temperature without thermal spikes.
The versatility of Quartz Infrared Lamp heating systems allows their implementation in strategic sectors:
• Precision Chemical Treatments: We are leaders in manufacturing Corrosion-Resistant Quartz Infrared Heaters for Chemical Baths. These units are designed to operate submerged or on the surface of highly corrosive solutions. The Quartz Heating Element acts as an inert shield, allowing the Chemical Bath Heaters to uniformly heat the fluid without contaminating the galvanic process.
• Comfort and Industrial Heating Systems: We implement Industrial Infrared Heaters and Quartz Space Heaters in large industrial facilities. By utilizing Infrared Radiant Panels, we achieve heat zoning, directing radiation towards operators or workstations, which drastically reduces electricity consumption compared to centralized heating.
• Manufacturing Processes: The Tubular Infrared Heater is essential in automated production lines, from mold preheating to packaging sealing. Quartz Infrared Lamps provide the necessary speed for integration into high-cadence production cycles.
Choosing our Quartz Infrared Heating Elements offers unparalleled technical benefits:
• Instant Thermal Response: Especially with Short Wave Halogen Lamps, the on/off time is barely one second, allowing for real energy savings by activating only when the product is present.
• Directional Efficiency: Our Quartz Infrared Lamps can include integrated gold or ceramic reflectors, redirecting up to 95% of the radiation towards the target, preventing machinery overheating.
• Purity and Cleanliness: Being a radiant system, there is no air movement or particle generation, making the Quartz Heating Element ideal for cleanrooms and pharmaceutical processes.
• Mounting Versatility: The design of the Quartz Heater allows installation in any position (horizontal or vertical), adapting to the space constraints of any Industrial Quartz Heater.
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Technical Parameter |
Engineering Specification |
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Emitter Material |
High-purity Fused Silica (Quartz) |
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Filament Type |
Tungsten (Short Wave) / Ni-Cr (Medium Wave) |
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Product Range |
Single Tube Quartz Heater / Twin Tube IR Emitters |
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Power Range |
From 100W to 10,000W depending on configuration |
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Operating Voltages |
110V, 220V, 380V, 440V, 480V |
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Tube Finishes |
Transparent, Ruby, Satin, with Gold Reflector |
We understand that every process is unique, which is why we offer total customization of your Quartz Heating Element:
• Panel Design: We configure Infrared Radiant Panels with the exact power and dimensions for your drying tunnel or production line.
• Adaptation for Chemical Baths: We develop Corrosion-Resistant Quartz Infrared Heaters for Chemical Baths with customized immersion lengths and sealed connection boxes.
• Application Engineering: We advise on the choice between Medium Wave Quartz Infrared Heaters or short wave to optimize your plant's energy efficiency.
• Spares and Lamps: We supply Quartz Infrared Lamps compatible with leading market brands, ensuring improved thermal performance.
The durability of a Quartz Heating Element is one of the most critical factors for the profitability of an industrial process. Under continuous use and with proper installation, a high-quality Infrared Heater has a nominal lifespan of between 5,000 and 10,000 hours.
However, this duration can vary depending on the emitter type. For example, Short Wave Halogen Lamps typically range around 5,000 hours due to the high temperatures of their tungsten filament. To maximize this lifespan, it is crucial to avoid excessive vibrations, keep quartz tubes clean from fingerprints or grease (which can cause devitrification), and ensure adequate ventilation of electrical terminals. Proper power management through solid-state controls (SSR) also significantly contributes to prolonging the operational life of your Infrared Heating Elements.
