What it does and why you need it Set of 3 round hot-air nozzles made from high-temperature-resistant steel. The angled design concentrates heat where you need it, giving precise control over airflow and efficient heat transfer for demanding repair and assembly tasks. Reduces risk of heat damage and rework by focusing heat on the target area, speeding up soldering, desoldering, shrinking, and film applications while protecting surrounding components. Key benefits Precision: Angled, round openings deliver controlled, focused airflow for accurate temperature application on small or delicate areas. Durability: High-temperature-resistant steel construction resists deformation and extends service life under repeated heat cycles. Ease of use: Simple installation and removal let technicians change nozzles quickly during projects, improving workflow and uptime. Efficiency: Optimized airflow and heat conduction reduce process time and improve consistency in thermal tasks. Important attributes Material: High-temperature-resistant steel for long-term performance under continuous heat exposure. Design: Angled nozzle shape that focuses heat and directs airflow precisely. Set: Includes 3 round hot-air nozzles to cover a variety of applications. Function: Designed for precise airflow control and efficient heat conduction in hot-air rework operations. Typical applications (practical use scenarios) Electronics repair and assembly: Precise SMD soldering and desoldering on printed circuit boards where focused heat prevents damage to nearby components. Heat-shrink and connector work: Controlled shrinking of tubing and rework of small wire harnesses without overheating adjacent parts. Film, foil and small-mold work: Localized heating for applying or removing protective films, relining small molds, or reshaping plastic parts. Who it’s for Electronics repair technicians, hobbyists, and professional tradespeople who need reliable, repeatable thermal control for delicate or compact work. Performance summary Focused heat delivery, robust steel construction, and quick-change installation improve accuracy, reduce risk of collateral heat damage, and increase throughput in precision hot-air tasks.