Nozzle flat angled 20×2 mm 100° for 30 mm system, Steinel ST007812

The Steinel flat angled nozzle with a 20×2 mm outlet and a 100° spray angle is designed for controlled, wide flat-jet airflow in hot-air and industrial applications. Built to integrate with the 30 mm system, this nozzle provides a precise, angled flat output that helps direct heat or air to a specific area while maintaining a consistent jet shape for processes that require a uniform, broad stream.

Advantages

This nozzle delivers a stable, 100° flat jet that reduces the need for repositioning and minimizes heat or air loss outside the target area. Compatibility with the 30 mm system ensures easy attachment and accurate alignment with other Steinel accessories. The 20×2 mm outlet offers a balance between concentrated flow and wide coverage, making the nozzle suitable for targeted heating, controlled drying, and shaping of materials in production or repair tasks.

Suitable for

• Directing hot air for shrink-wrapping and heat-shrinking processes
• Targeted heating for paint stripping, adhesive softening, or bending plastics
• Controlled drying of small surfaces or components
• Precision tasks in electronics, small parts manufacturing, and repairs

Key specifications

• Outlet dimensions: 20×2 mm flat aperture
• Spray/air angle: 100° wide flat-jet distribution
• System compatibility: designed for 30 mm system fittings
• Application type: hot-air nozzle for airflow shaping and material targeting

How to use

Attach the nozzle to a compatible 30 mm system hot-air tool or adapter according to the tool manufacturer’s instructions. Position the nozzle so the 20×2 mm flat outlet is aligned with the target surface at the required angle to achieve a 100° spread. Operate the hot-air tool at a setting appropriate for the material and task, maintaining a steady distance and motion to ensure even heating or drying. Monitor the workpiece and adjust temperature or distance as needed to prevent overheating or damage.

Usage recommendations

Use protective equipment and follow safety guidelines for hot-air tools. For uniform results, keep a consistent distance and movement speed when applying the flat jet. When working with heat-sensitive materials, start at lower temperatures and gradually increase to the needed level while observing material response.