Ballistic point,sharp, not cut point.
Very stable Core hardness HRC52-54.
Description: Low Velocity 1/4" 20UNC Threaded Studs
Head dia.6.3mm / 1/4"-20UNC
New Delivery for Stainless Steel Double End Threaded Studs, Galvanized Collated DN Strip Nail, Simple Easy Handle Indirect Fastening Tool. We use import and export opportunities to learn more about the forefront of the international industry market and learn from the experience of advanced companies in the industry. We carry forward the spirit of unity, pragmatism, development and progress and strive to create a corporate image of integrity, vitality and efficiency. The courage to challenge, tolerant and open corporate culture is implemented in all aspects of our business operations and passed on to our customers, which injects energy into us to truly become a good company.
1/4-20UNC Threaded Studs with Cap and Fluted Washer
M1/4 type – with cap & flute Description: Low Velocity 1/4" 20UNC Threaded Studs Head dia.6.3mm / 1/4"-20UNC Shank dia. 3.7mm / .145" Thread size available (mm): 11, 20, 32 Nail ending: Ballistic point Surface: Galvanizing Shank size available (mm): 12, 20, 25, 27, 30, 32, 40 Accessory: 6.3mm dia. plastic hat Shank can be knurled
Established in 1998, Easy Metal is one of the leading 1/4high-strength galvanized threaded studs with cap and fluted washer manufacturers and suppliers in China. Offering quotation consultation service, we warmly welcome you to buy discount and competitive price products made in China from our factory.
We continue to develop, and take the responsibility of providing high-performance, high-quality, and high-efficiency SS304 Headless Screw Double End Threaded Machine Self Tapping Screw Bolt Stud Hanger Bolts as our mission. Our items have beautiful appearance, fine workmanship and superior quality and win the unanimous approvals of the customers all over the world. Accurate demand data can assist us in formulating scientific business strategies, avoiding blindness in operations, thereby reducing operating costs and improving efficiency.