| Brand | Yato |
| Entity responsible for this product in the EU | TOYA S.A.More |
| Series | GRE |
| Type of | gutter, strengthened |
| Functions | zawór odcinający |
| Tube capacity | 300 ml |
| Tube length | 230 mm |
| Material | ABS |
| Holder material | PA |
| Bearing | no |
| Rotary | no |
| Application | dense masses, glues, silicones, sealants, renovation and finishing works |
| Symbol | YT-67501 |
The skeleton caulking gun with a cutoff valve is designed for the precise application of sealing compounds - silicones, acrylics, and adhesives packaged in 300 ml cartridges. The tool is ideal for construction and installation work, where dosing accuracy and repeatability of the applied bead are essential. The appropriately shaped handle and trigger mechanism allow for comfortable operation even during longer tasks.
The durable tubular construction, measuring 230 mm in length, securely holds the cartridge and ensures a uniform, controlled flow of the material. The integrated cutoff valve effectively stops the material flow immediately after releasing the pressure, minimizing dripping and material waste. Components made from durable plastics enhance the tool's resistance to loads and intensive use.
Key user features:
- 9-inch tubular caulking gun designed for standard 300 ml cartridges guarantees wide applicability in sealing tasks
- The tube made of polypropylene (PP) features high chemical resistance and low weight, making it easier to operate the tool even during extended use
- The ABS plastic cover and PA (polyamide) components of the gun ensure durability and resistance to deformation when in contact with heavy materials
- The cutoff valve for material flow allows for precise dosing control and immediate stopping of the flow after releasing the trigger
- The 230 mm tube length allows for secure cartridge seating and uniform extrusion of the sealing compound during application
- The skeleton design simplifies tool cleaning and enables quick removal of material residues after use
- The ergonomic handle and appropriately selected pressure mechanism reduce operator fatigue during prolonged work
