1800W Variable-Temperature Heat Gun with 122–1202°F Range, Two Airflow Modes and Four Nozzles
An 1800W variable-temperature heat gun brings broad control to shrink tubing, vinyl wrap, PVC heating, electronics repair, paint and tile removal, frozen parts and rusted bolts. The dial adjusts heat from 50°C to 650°C, reaching maximum output in about 1.5 seconds, while the handle switch changes airflow for gentle or heavy-duty work.
Mode I supplies 190–210 L/min across 50–450°C and Mode II delivers 250–500 L/min across 50–650°C. A deflector, reflector and two concentrator nozzles shape air for long, wrapped or focused surfaces. Overheat protection guards the circuit, and the ergonomic yellow ABS body reduces strain during extended tasks. Controlled heat also supports smoothing and repairing compatible 3D-printed models.
Specifications
- Product: variable-temperature heat gun
- Power: 1800W
- Voltage: 110V AC
- Temperature range: 50–650°C / 122–1202°F
- Heat-up time: approximately 1.5 seconds
- Mode I: 50–450°C at 190–210 L/min
- Mode II: 50–650°C at 250–500 L/min
- Control: rheostat heat dial and two-mode airflow switch
- Nozzles: one deflector two concentrators and one reflector
- Safety: overheat protection
- Body: yellow ABS
- Dimensions: 9.76 x 7.22 x 1.5 inches
- Weight: 1.96 lb
- Included: heat gun four nozzles and manual
- Uses: shrink tubing wrap PVC electronics phones paint tile bolts thawing and 3D-print finishing
- Brand: SEEKONE
- Model: SDL-2816
Frequently Asked Questions
How do the two airflow modes differ?
Mode I supplies 190–210 L/min up to 450°C while Mode II provides 250–500 L/min and reaches 650°C.
Which nozzles are included?
The kit has one long-pattern deflector two focused concentrators and one reflector that distributes heat around a workpiece.
Can the gun help finish 3D prints?
Controlled heat is listed for smoothing layer lines removing support residue correcting deformation and heat-joining compatible printed material.
What protects the heat gun from excess temperature?
An overheat protector helps prevent damage to the tool and circuit if internal temperature becomes excessive.