Product Name
Leister 107.326 Shell reflector (ø 1.26 inch) 0.98 x 5.9 inch Reflector
Brief Description
This Leister 107.326 Shell reflector is a specialized accessory designed for use with Leister hot air tools, such as the TRIAC ST, TRIAC AT, and DIODE PID/S heat guns. Its primary function is to concentrate and direct hot air precisely onto a target area, making it ideal for applications requiring focused heat, such as heat shrinking and plastic welding.
Popular Applications & Uses
- Heat shrinking of tubes, sleeves, and cables for insulation, protection, and marking in electrical and automotive applications.- Plastic welding and fabrication, including the processing of plastic membranes.- Forming and shaping various plastic materials with controlled heat.- Industrial cable harness production, where multiple connections are marked and insulated.- Repair and restoration tasks in automotive and electrical fields requiring precise heat application.
Industries that Commonly Use It
- Electrical Services or Products: For cable insulation, repair, and electrical component protection.- Automotive Service/Repair: Used for cable repair, heat shrinking in vehicle restoration, and general automotive electrical work.- Construction/ Building Services: Applicable in roofing, flooring, and civil engineering for plastic welding and heat treatment.- General Manufacturing: Utilized in various industrial processes, including the production of cable harnesses and general heat-forming tasks.- Plastic Fabrication: Essential for welding, forming, and processing plastic components and membranes.- LED/Electronics: For heat shrinking and insulating components in electronic assembly.- Tarp, Fabric, Awning Manufacturing: Employed in the welding and processing of industrial fabrics.
Special and Unique Features
- Specifically engineered as an accessory for Leister's range of professional hot air tools, ensuring optimal performance and fit.- Features a shell design that effectively concentrates and directs the hot air stream for precise and efficient heat application.- Constructed from precision-engineered stainless steel, offering durability and resistance to high temperatures.- Designed with a push-fit connection for quick and secure attachment to compatible Leister heat guns.
Key Properties
- Material: Precision engineered stainless steel.- Nozzle Connection Diameter: ø 1.26 inch (31.5 mm).- Reflector Dimensions: Approximately 0.98 inch (26 mm) width x 5.9 inch (150 mm) length x 1.73 inch (44 mm) height.- Function: Directs and concentrates hot air for localized heating.- Compatibility: Compatible with Leister TRIAC ST, TRIAC AT, and DIODE PID/S hot air tools.
Surface Compatibility
This reflector is designed to direct hot air onto a variety of materials that require heat treatment, including:- Various types of plastics for welding, forming, and shrinking applications.- Heat shrink tubing and sleeves made from different polymer compositions.- Electrical cables and wiring for insulation and protection.- Industrial fabrics and membranes for welding and sealing.
Known backups / known substitutes
- Other Leister reflector nozzles: Leister offers a range of reflectors in different sizes and shapes (e.g., sieve reflectors, other shell reflectors) designed for various specific applications.- Reflectors from other hot air tool manufacturers: Brands like Weldy (a Leister brand) also produce compatible reflectors for their hot air tools.- Alternative nozzle types: For applications not requiring a concentrated, elongated heat pattern, other nozzles such as wide slot, speed welding, or tubular nozzles may be used depending on the task.
Comparison Note
The Leister 107.326 Shell reflector stands out due to its specific design for creating a concentrated, elongated heat pattern. This makes it particularly effective for tasks like shrinking long sections of heat shrink tubing or performing linear plastic welding. Its ability to focus heat precisely to a defined area offers greater efficiency and control compared to standard open nozzles, which tend to disperse hot air more broadly. This precision is crucial for achieving high-quality results in sensitive or detailed applications.
