As universal helpers and problem solvers, hot air guns have long since become a standard item of equipment in households, workshops and toolboxes. Whether it's shrinking cables, removing paint and varnish, shaping plastics or lighting barbecues, the powerful STEINEL thermal tool gets hundreds of jobs done quickly and easily. The benefits are obvious:
• Universal applications: home renovation, household, electrical work, sport, DIY, recycling, motor vehicles, technical medicine.
Convenient single-handed operation thanks to functionally arranged controls.
Carefully balanced weight distribution.
Air filters keep foreign bodies out of the interior of the device.
Double protection against overheating.
Patented ceramic heating system for a long service life.
Hot air for over 100 applications
Paint removal
Almost all oil- and solvent-based paints and varnishes on wood can be cleanly removed with hot air (500 – 630 °C). A wide-jet nozzle makes work easier on surfaces, while a jet nozzle diverts the hot air around heat-sensitive materials.
Shrink cables
In electrical engineering and electronics, cable ends, cable harnesses, solder joints or luster terminals are often protected by a plastic cover. To do this, a heat-shrinkable tube of the appropriate diameter is pushed over the corresponding area and then shrunk using hot air (approx. 250–300 °C) and a reflector nozzle.
Soldering
Hot air is suitable for soft soldering. The cleaned soldering point is heated to full power (630 °C). The solder must not melt due to the hot air, but rather due to the temperature of the workpiece. For spot soldering, you should use reducing nozzles; for soldering pipes, use reflector nozzles.
Desoldering
Soldered joints, e.g. in copper pipes, can be loosened again with hot air at 600°C. With a reflector nozzle attached, the soldered joint can be heated in a targeted manner. The same applies to electronic components on damaged PCBs. These can be unsoldered at approx. 400 °C using hot air and a reduction nozzle, and the solder can be removed with special pliers when it becomes liquid.
Moulding
Sheets, tubes and rods made of plastic can be moulded with hot air without leaving scorch marks. When working with sheets, the appropriate area is heated using a mounted wide-angle nozzle (hot air at approx. 200°C). Tubes and rods can be moulded or bent by heating them evenly all around with a reflector nozzle (approx. 250–500°C).
Welding plastic
For plastic welding, the appropriate welding rod is selected for each material (hard PVC, soft PVC, soft PE, hard PE, PP, ABS). The welding rod is fed to the heated seam (approx. 250 – 400 °C) via a welding shoe (welding cord) or welding nozzle (welding rod). Overlap welding: Plastic sheeting and coated fabrics can be reliably welded with hot air. To do this, the hot air (approx. 300 – 400 °C) is supplied through a wide slot nozzle. This softens the material in seconds, after which it is firmly rolled by a pressure roller. Lighting the barbecue The new special nozzle transforms your STEINEL hot air tool into a turbo lighter for charcoal! The nozzle perfectly focuses the heat, quickly creating embers. The extended exhaust pipe ensures safe ignition while protecting the hot air tool.
The nozzle is available in various materials (PP, PVDF, PFA, FEP, FKM, FEP) and with different connections (G 1/2, G 3/4, G 1, G 2, G 3). The appropriate welding rod is selected based on the material (PP, PVDF, PFA, FEP, FKM, FEP) and the connection. The welding rod is fed to the heated seam (approx. 250–400 °C) via a welding shoe (welding cord) or welding nozzle (welding rod).
Overlap welding
Plastic sheeting and coated fabrics can be securely welded using hot air. To do this, the hot air (approx. 300–400°C) is supplied using a wide slot nozzle. The material softens in seconds and is then firmly rolled using a pressure roller.
Light the barbecue
The new special nozzle transforms your STEINEL hot air gun into a turbo lighter for charcoal! The nozzle optimally focuses the heat, enabling quick ember development. The extended air outlet nozzle ensures safe ignition while also protecting the hot air gun.
Adjusting
Hot air can be used to adjust functional shoes with plastic coatings (e.g. inline skates) to suit individual requirements. In most cases, it makes sense to use the wide-angle nozzle with a medium temperature setting (approx. 200–400 °C). Inserts can be treated in a similar way.
Repairing sports equipment
Cracks or breaks, e.g. in surfboards, plastic boats and the like, can be quickly and safely repaired with hot air. For long cracks, the damaged area should be repaired with a welding rod of the corresponding material.
Other applications
• Drying paint
• Edge banding
• Removing dirt
• Kill weeds
• Dry car mats
• Dry putty
• Remove grout
• Repairing bumpers
• Dry construction joints
• Dry wall plaster
• Remove stickers