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Product Description
Engineered for extreme heat environments, the High-Temperature Handheld Nozzle with Safety Shutoff is a specialized tool for industries dealing with molten materials, steam, or hot liquids. Constructed from heat-resistant alloys and ceramics, it maintains structural integrity at temperatures up to 1,000°F. The integrated safety shutoff automatically engages when abnormal temperatures are detected, preventing equipment damage and ensuring operator safety. The nozzle incorporates a multi-stage cooling system with heat-dissipation fins and thermal barrier coatings. Its redundant temperature sensors provide real-time monitoring through an optional LED display module, making it indispensable for critical high-heat processes.
1. Heat-Resistant Materials: Ceramic-coated Inconel nozzle tip and titanium alloy body ensure thermal stability during prolonged exposure to molten metals.
2. Automatic Shutoff: Dual thermocouples trigger immediate closure at 900°F (482°C) with manual override capability for emergency operations.
3. Insulated Handle: Double-layered silicone grip with aerogel insulation maintains surface temperature below 120°F during continuous use.
4. High-Viscosity Compatibility: Tungsten carbide orifice efficiently dispenses thick fluids like tar or molten polymers at 200-400 PSI.
5. Pressure Relief Valve: Burst disc mechanism rated for 5,000 PSI prevents catastrophic failure during pressure surges.
6. Modular Design: Tool-free disassembly with numbered components simplifies maintenance in field conditions.
This nozzle is critical in foundries, asphalt paving, and power plants. Foundry workers use it for precise pouring of molten aluminum and zinc alloys. Road construction crews apply emulsified asphalt evenly across surfaces at 350°F. Power plants rely on it for boiler tube cleaning and steam line maintenance. Glass manufacturers utilize its heat resistance for shaping molten glass sheets, while chemical plants deploy it for high-temperature catalyst injection. Additional applications include ceramic kiln operations, geothermal energy systems, and aerospace component heat treatment processes.
