Precision Alloy Powder Flame Spraying System Achieve quality, wearresistant, and corrosionresistant coatings directly onto metal workpieces with this reliable flame spraying process. Designed for professional applications, the system ensures consistent performance and strong adhesion between alloy powder and base material. Key Features and Benefits: Spray Distance: Maintain a precise gap of 120 to 150 mm between the nozzle and the workpiece surface for even powder distribution and coating quality. Performance Melting Process: Alloy powder is evenly applied, then melted by an acetylene flame to produce a smooth, mirrorlike surface that bonds securely to the workpiece. Strong Adhesion Layer: Gradually move the melting position during application to ensure thorough polarization and dispersion of the alloy powder, forming a durable and cohesive bond. Adjustable Temperature Range: Heat the workpiece to 300400 degrees Celsius for ideal melting conditions and maximum coating performance. Versatile Coating Options: Compatible with different selffluxing alloy powders, allowing you to tailor the coating for specific wear resistance or corrosion resistance requirements. Reliable Operation: Proper powder preparation prevents valve blockages; always use dry powder to maintain smooth and uninterrupted spraying. Easy Maintenance: If valve blockage occurs due to moisture or uneven particle size, simply the powder valve before continuing the process. Technical Specifications: NozzletoWorkpiece Distance: 120150 mm Heating Temperature: 300400 degrees Celsius Compatible Materials: Various selffluxing alloy powders Application Method: Acetylene flame spraying and melting process Practical Applications: 1. Industrial equipment refurbishment: Restore worn surfaces on machinery components such as shafts, rollers, and bearings to extend their service life. 2. Corrosion protection: Create protective coatings for parts exposed to chemical environments, marine conditions, or humidity. 3. Wearresistant surface enhancement: Apply durable layers for tools, molds, or mechanical parts subject to heavy friction or abrasive contact. This alloy powder flame spraying process is engineered for professionals seeking dependable results, longlasting protection, and versatile material compatibility for a wide range of industrial and fabrication tasks.