Stitching Screws Hex Washer Head | Chan Chin C.
Premium stitching screws with hex washer head and bonded washer for sheet metal and aluminum applications. Reduced point design for reliable fastening.
Stitching Screws Hex Washer Head with Bonded Washer
CCC24
Reduced Point Stitchers
Product Information
- 14*22 HWH Reduced Point Stitcher
- For all standard stitching of sheet to sheet applications to a maximum of 2*1.25mm
- M8*25 HWH Mega Reduced Point Stitcher
- For use in thinner sheets and aluminium where an exceptionally high stitching value is required. Also used as a repair screw in thinner sheets.
Order information
- Minimum Order: Negotiable
- Branded Product, Buyer's Label Offered
How can you ensure consistent, reliable fastening performance across high-volume roofing production with minimal material deformation?
Chan Chin C.'s stitching screws with hex washer head and bonded washer design deliver exceptional holding power with reduced point geometry that minimizes material damage. Our 30+ years of manufacturing expertise ensures stable quality and consistent performance across all production runs. With flexible minimum orders and branded product options available, we can customize fastening solutions to meet your specific roofing specifications and production volumes.
Our stitching screws are engineered with a bonded washer design that provides superior clamping force and corrosion resistance, making them ideal for both new construction and repair applications. The reduced point geometry ensures smooth penetration and minimal material deformation, while the hex washer head provides excellent torque control and surface contact. Whether you require fasteners for standard sheet-to-sheet stitching or specialized applications in thinner materials and aluminum substrates, Chan Chin C. delivers consistent quality with flexible minimum order terms and branded product options tailored to your specific requirements. Contact us today to discuss your fastening needs and discover how our industrial expertise can enhance your production efficiency.