Resistance Finned Heater for Commercial Air Curtain
A resistance finned heater for a commercial air curtain is a heating element designed to provide a warm air barrier at the entrance of a building. These heaters use electrical resistance to generate heat, which is then transferred to the air passing over the fins. The finned design increases the surface area for heat transfer, ensuring that the air curtain effectively maintains a temperature barrier that prevents cold air from entering and warm air from escaping. This type of heater is commonly used in retail stores, warehouses, and other commercial spaces where energy efficiency and maintaining indoor climate are critical.
Jaye Heater's U-Shape Finned Heaters excel in both design brilliance and performance excellence, underpinned by stringent quality control and the utilization of superior raw materials:
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High-Quality Raw Materials : Crafted with premium-grade materials renowned for their exceptional durability, corrosion resistance, and superior thermal conductivity, ensuring enduring performance.
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Quality Control : Implementing meticulous quality verifications at each production phase, from raw material scrutiny to the final assembly, ensuring unwavering consistency and reliability.
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Precision Manufacturing : Utilizing advanced manufacturing innovations to guarantee precise dimensions and adherence to exact specifications, elevating overall product excellence.
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Testing and Validation : Comprehensive testing protocols authenticate performance metrics, such as heat output, efficiency, and durability, ensuring that our heaters consistently meet or surpass industry norms.
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Uniform Heat Distribution : Expert engineering ensures seamless dispersion of heat, maintaining uniform and consistent temperatures at all times.
Technical details
Construction Diameter |
Diameter 8.2mm Stainless steel 304,316L,321&Incoloy sheath |
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Tube Material |
Stainless steel 304,316L,321&Incoloy available for your requirements. |
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Diameter Tolerance |
Tolerance ±10% |
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Use of Alloys |
Suitable for heater tube AISI 304 in water or humid environment max. temperature up
to 170°C. In air max. 220°C |
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Termination |
M3.5 or M4 stainless steel screw & nuts |
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Watt Density |
Tube watt density of 30 watts sq.in.- suitable for many uses |
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Custom |
Custom configurations, lengths, watts, volts available |
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RECTANGULAR FIN HEATERS:
USUAL APPLICATIONS:
Ideal for heating forced circulation air to warm premises, support closed drying circuits in heaters, and for applications on charge benches, among others. Perfect for any forced air heating application up to 200ºC.
Finned Heater stand as the quintessential heating solutions, adeptly suited for a myriad of applications including conduction, convection, and radiation. These heaters can be engineered in virtually any shape or size, with custom bending diameters available on demand. JAYE proudly employs the finest construction materials, such as steel, stainless steel, incoloy, inconel, and titanium alloys. Additionally, JAYE uses premium-quality magnesium oxide to facilitate efficient heat transfer from the resistive coil to your heating medium, be it air, liquid, or solid. These heater elements boast a robust outer sheath to shield against physical stress, and use high-quality alloys to enable efficient heat transfer from the resistance coil to your heating medium.
The finned heater is expertly crafted for both natural and forced convection space heating applications. Our diverse range of finned air heaters boosts heat transfer surface area and is ideal for higher wattage requirements. With their rugged construction, these finned heaters thrive in various industrial settings. Finned tubular heaters are indispensable for forced convection heating, as well as air or gas heating systems. They are meticulously customized to align with your specific application requirements.
Range of application:
1. Machinery industry
2. car industry
3. Textiles industry
4. food industry
5. Home Appliances
Features:
1. Mechanically-bonded continuous fin ensures superior heat transfer and effectively mitigates fin vibration, even at elevated air velocities.
2. We provide a variety of standard formations and mounting bushings tailored to meet diverse application needs.
3. Our standard fin is expertly crafted from high-temperature painted steel, complemented by a robust steel sheath that ensures unmatched performance across a range of applications.
4. For those seeking the pinnacle of corrosion resistance, we offer an optional stainless steel fin, available with either a stainless steel or incoloy sheath.
Order Instructions:
To assist us in fulfilling your order with precision, please provide the following information:
1. If available, a detailed drawing will significantly enhance the accuracy of our production process.
2. Specifications regarding power, voltage, and the desired shape.
3. Specific requirements concerning the working temperature.
4. Material specifications that are essential to your application.
5. The exact quantity you require.
6. Any additional specific requirements you may have.
Frequently Asked Questions (FAQ)
(1). Q: Can you offer a discount?
A: Discounts are directly tied to order size, with larger orders receiving more substantial price reductions.
(2). Q: How can I obtain a sample?
A: We generally provide complimentary samples for small orders, asking only that the customer covers the shipping cost or provide a courier account number. For larger sample quantities, a nominal fee may apply.
(3). Q: Why are your prices a bit higher than other Chinese suppliers?
A: Our commitment is to deliver superior quality and high-performance products, fostering long-term, beneficial partnerships with our clients. While others may offer lower prices, our cost-performance ratio is unmatched.
The prices we offer reflect the exceptional value of our quality and performance standards.
(4). Q: How do you ensure mass production matches the sample provided?
A: We maintain a duplicate of your sample, labeled with your company's name in our warehouse, ensuring that production is consistent and faithful to the original sample provided.