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
Threaded Studs For Steel, Double Sided Threaded Stud, 16mm Stud Bar are high-quality products controlled by strict procedures. After layer by layer screening and confirmation, they can be used in the consumer market. Therefore, please feel free to buy our products for those who need them. It is the crystallization and essence of excellent technology. We will serve our customers with strong technical force, advanced production equipment, standardized production technology, strict testing procedures and flexible sales policies. We will accelerate the transformation of enterprise development methods and promote product structure adjustments to further enhance the core competitiveness of enterprises.
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 will uphold our business philosophy of 'professionalism, technology, integrity' and be a high-end manufacturer of Stainless Steel M6 Threaded Stud Pd ISO13918. We will continue to move customers with sincere service and create value for them forever! We will firmly grasp the development opportunities and growth potential of the industry, and give full play to our unique competitive advantages. Our main business is diversified, and we have formed a diversified one-stop product service business structure.