Core Value: The 300mm Stainless Steel Finned Strip Heater 500W-1000W is engineered for high-efficiency forced air and natural convection heating in demanding industrial environments. By continuously brazing stainless steel cooling fins onto a heavy-duty sheath, the total surface area is expanded by 500%, facilitating rapid heat dissipation into the air stream without overheating the internal resistance core. Capable of handling sheath temperatures up to 500°C (932°F), this compact 300mm unit delivers robust thermal transfer for duct heating, load banks, and moisture-prevention control cabinets. BACKED BY 30+ YEARS MANUFACTURING EXPERIENCE and UNDERGOES MULTIPLE RIGOROUS QUALITY CHECKS for continuous, long-term industrial operation.
- ✓Maximized Surface Area: Stainless steel cooling fins increase heat transfer to air by 5x compared to standard smooth strip heaters.
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✓ Compact High Power: Achieves high watt density capabilities ($500\text{W} – 1000\text{W}$) within a modular 300mm footprint.
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✓ Heavy-Duty Construction: Corrosion-resistant SS304 sheath withstands high humidity and harsh factory atmospheres.
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✓ Rapid Thermal Recovery: Low thermal mass allows for fast ramp-up times and precise PID temperature response.
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✓ Vibration Resistant: Mechanically bonded fin structure eliminates rattling and thermal fatigue under continuous cycling.
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✓ Easy Installation: Integrated mounting tab slots accommodate standard hardware and allow for thermal expansion.
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✓ Reliable Quality: 30+ YEARS MANUFACTURING EXPERIENCE guarantees long service life.
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✓ Quality Assured: UNDERGOES MULTIPLE RIGOROUS QUALITY CHECKS including high-voltage insulation testing.
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✓ Global Standards: CE, LVD, RoHS, and ISO 9001 certified.
Technical Specifications & Performance Data
| Parameter | Standard Value | Customizable Range | Notes |
| Heater Length | 300 mm (11.8 Inch) | 100 mm – 2000 mm | Custom modular lengths available |
| Power Rating | 500W – 1000W | 100W – 2000W | Dependent on airflow velocity and watt density |
| Voltage Rating | 240V AC (1-Phase) | 120V / 380V / 480V | Compatible with 50/60Hz supplies |
| Sheath Material | Stainless Steel 304 | Stainless Steel 316 / Incoloy 800 | High-temperature oxidation resistance |
| Fin Material | Stainless Steel | High-Conductivity Aluminum | Mechanically bonded for zero air gaps |
| Max Sheath Temp | 500°C (932°F) | Up to 600°C peak | Requires minimum airflow for max ratings |
| Termination Type | 10-32 Threaded Post Terminals | Ceramic Blocks / High-Temp Leads | High-temperature nickel-plated studs |
| Mounting Style | Offset Mounting Tab Slots | Custom Hole Center Distances | Allows for longitudinal thermal expansion |
| Recommended Airflow | > 3 m/s (Forced Air) | Natural Convection Supported | Higher velocity yields higher wattage capacity |
| Warranty | 1 Year Standard | Extended coverage available | Quality assured against structural defects |
Industrial Applications & Solutions
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HVAC & Air Duct Heating: Booster heating elements in air ducts and forced-air drying chambers, delivering efficient heat transfer with minimal pressure drop.
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Electrical Control Cabinet Dehumidification: Gentle, uniform convection heating to prevent moisture condensation and freezing in outdoor telecom and power distribution panels.
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Resistive Load Banks: Rapid heat dissipation for generator and battery testing load banks, preventing element burnout under high current loads.
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Industrial Drying & Curing Ovens: Convection air heating for paint drying, textile setting, and food dehydration equipment.
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Shrink Packaging Tunnels: Hot air circulation elements for shrink wrap packaging tunnels, ensuring quick thermal recovery for fluctuating conveyor speeds.
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Dehumidification & Regeneration: Used in industrial desiccant air dehumidifiers to heat regeneration air streams.
HT-Heater vs Standard Market Heaters
| Feature | HT-Heater (Factory) | Standard Market | Your Advantage |
| Fin Bond Strength | Tightly Mechanically Bonded / Brazed | Loosely Crimped / Stamped | No fin separation, consistent heat transfer |
| Sheath Quality | Seamless SS304 / Incoloy Tube | Low-Grade Seamed Steel Tube | High moisture and corrosion resistance |
| Thermal Limit | Sheath rated up to 500°C | Warps / oxidizes above 300°C | Handles extreme watt densities safely |
| Surface Finish | Clean Passivated Stainless Finish | Raw Unfinished Metal | Extended lifespan in corrosive environments |
| Manufacturing Experience | 30+ YEARS EXPERIENCE | Unverified / New Suppliers | Proven element design stability |
| Quality Assurance | MULTIPLE RIGOROUS QUALITY CHECKS | Batch Testing Only | ZERO DEFECT DELIVERY |
Installation & Integration Guidelines
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Airflow Orientation: Install heaters so the cooling fins run parallel to the direction of airflow to minimize air resistance and maximize heat stripping.
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Bank Spacing: Maintain a minimum distance of 50mm between adjacent finned strip heaters when mounting them in banks to prevent radiant heat overlap.
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Thermal Expansion Allowance: Utilize the slotted mounting holes at the ends. Do not fix both ends rigidly without expansion clearance, as thermal expansion during operation can cause bowing.
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Wiring Protection: Use high-temperature nickel-plated steel ring lugs with silicone-fiberglass sleeving. Torque terminal nuts carefully to avoid shearing the stud posts.
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Airflow Interlock: Install an airflow interlock switch in forced-air systems to automatically shut off power to the heaters if the blower fan fails.
Customer Success Stories
Case 1: Load Bank Manufacturer (USA)
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pplication: 500kW portable generator testing load bank.
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Challenge: Existing plain strip heaters were burning out rapidly due to poor surface air dissipation under full load.
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Solution: 300mm Stainless Steel Finned Strip Heaters (1000W / 240V).
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Results: HEAT DISSIPATION IMPROVED BY 45%. “The fin bonding quality is top-notch. HT-Heater UNDERGOES MULTIPLE RIGOROUS QUALITY CHECKS, and they handle heavy current cycling flawlessly.”
Case 2: Telecom Outdoor Cabinets (Sweden)
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Application: Anti-condensation cabinet heating for remote 5G outdoor base stations.
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Challenge: Winter moisture buildup caused localized electrical shorting inside unheated panels.
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Solution: 300mm 500W Finned Air Heaters installed at the cabinet base.
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Results: ZERO MOISTURE FAILURES. “30+ YEARS MANUFACTURING EXPERIENCE is reflected in their product reliability. Kept our outdoor electronics completely dry all winter.”
Case 3: Food Drying Oven (Thailand)
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Application: Fruit dehydration hot-air drying tunnel.
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Challenge: Slow heat recovery after conveyor loading caused inconsistent drying cycles.
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Solution: Bank array of 60 300mm SS finned strip heaters with high-velocity blowers.
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Results: DRYING CYCLE TIME REDUCED BY 20%. “Thermal response is nearly instantaneous. Excellent factory craftsmanship and fast shipping.”
Pricing & Procurement Options
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Standard Production: MOQ 10 pieces. BACKED BY 30+ YEARS MANUFACTURING EXPERIENCE ensuring batch-to-batch element performance. Volume discounts available for orders over 50 units.
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Lead Times: Standard Stock Models: 3-5 days. Custom Production Runs: 7-10 days. Express sample sampling available upon request.
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Global Logistics: Worldwide delivery via UPS, DHL, FedEx, TNT, or ocean freight based on order volume. Every export shipment is securely packed in reinforced cartons.
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Sample Orders: Paid sample units available for testing and evaluation. All sample units UNDERGO MULTIPLE RIGOROUS QUALITY CHECKS prior to dispatch.
Global Certifications & Compliance
- CE Marking
Fully compliant with European health, safety, and environmental protection standards. - LVD Compliance
Low Voltage Directive tested for industrial electrical heating safety. - RoHS Compliant
Constructed using environmentally safe, lead-free raw materials. - ISO 9001
Certified quality control system covering element winding, fin bonding, and final testing.
Quality Documentation: Certificate of Conformity (COC) and insulation resistance test reports provided with every shipment.
Comprehensive After-Sales Support
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Warranty: 1-Year Comprehensive Standard Warranty against manufacturing and material defects.
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Technical Support: Dedicated application engineers available for airflow velocity calculations, watt density selection, and thermal layout design.
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Global Response Network: BACKED BY 30+ YEARS MANUFACTURING EXPERIENCE with technical inquiry feedback within 2 hours.
Ready for Efficient Air Heating?
Next Steps:
- 📧 Request Custom Quote – Specify length, watts, and volts
- 🔧 Free Application Review – Optimize your airflow heating
- 📦 Order Test Unit – Verify performance on your equipment
- 📞 Contact Heating Experts – Response within 2 hours
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