Nozzle Round 10mm for hot air tool, Steinel model 092313, compatible with 110037590

Round 10 mm nozzle designed for Steinel hot air tools, model 092313. This nozzle narrows and directs the hot air jet to a focused 10 mm opening, enabling controlled heat delivery for precision work such as soldering, shrink tubing, paint stripping in small areas, and local surface treatment. It fits Steinel hot air tool reference 110037590 and is intended for tasks that require a narrow, consistent airflow to improve accuracy and reduce unintended heating of nearby components.

Advantages

The round 10 mm nozzle concentrates the hot air stream into a compact, consistent flow, increasing thermal efficiency at the work point and reducing heat spread. Its geometry provides stable airflow for repeatable results on small components and delicate assemblies. The nozzle is constructed to resist deformation under high temperatures and to mount securely on compatible Steinel hot air tools, maintaining alignment during use.

Suitable for

• Precision soldering and desoldering of small electronic components
• Heat-shrinking tubing and sleeves in wiring and cable work
• Localized paint softening and removal on small surfaces
• Plastic forming, bending, and localized surface repairs
• Controlled heating of adhesives and coatings for removal or activation

Key specifications

• Nozzle shape: round
• Exit diameter: 10 mm
• Compatibility: designed for Steinel hot air tools of corresponding size and fit
• Material characteristics: heat-resistant construction suitable for repeated heating cycles
• Function: concentrates hot air into a focused jet for precision heating

How to use

Attach the nozzle to the Steinel hot air tool according to the tool manufacturer’s instructions, ensuring a secure fit. Set a suitable temperature and airflow on the hot air tool for the material and task at hand, then position the nozzle so the 10 mm opening is directed at the target area at an appropriate distance to achieve the desired heating effect. Move the tool steadily and monitor the workpiece to avoid overheating. Allow heated parts to cool after treatment before handling.

Usage recommendations

Use appropriate personal protective equipment, such as heat-resistant gloves and eye protection, and work in a well-ventilated area. Start with lower temperatures and increase gradually to find the optimal setting for your application. Avoid prolonged exposure of surrounding components to the hot air jet to prevent damage.