The Stainless Plastic Bolt M6*20 DIN7984 Low Head Hex Socket Screws are durable and corrosion-resistant fasteners, perfect for use in various outdoor and industrial applications. With their low head design and hex socket, they are ideal for fastening plastic materials securely while maintaining a sleek and professional look. These screws are commonly used in automotive, machinery, and electronics industries for assembling and securing components.
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Premium Quality Stainless Hardware
Get your hands on our high-quality fastener M6*20 DIN7984 stainless plastic bolt with low head hexagon socket head screws. Perfect for machinery, building, photovoltaic, and car applications. Enjoy the convenience of one-stop procurement with our unlimited order quantity and fast delivery options.
● High Quality Stainless Fastener
● Durable Low Head Screw
● Long-Lasting Performance
● Premium M6*20 DIN7984 Bolt
Product Display
Strong, Durable, Reliable Fastening
Durable, Low Profile, Versatile, Reliable
The Stainless Plastic Bolt M6*20 DIN7984 Low Head Hex Socket Screws are high-quality fasteners made of stainless steel with a low head hexagon socket head design. These low head screws offer a secure and tight fit for various applications, from machinery to building projects. The round head cap screw feature ensures easy installation and durability, making them a reliable choice for all your fastening needs.
◎ High Quality Fastener
◎ Durable Stainless Steel
◎ Versatile Round Head Design
Material Introduction
The "High Quality Fastener M6*20 DIN7984 Stainless Plastic Bolt with Low Head Hexagon Socket Head Screws" is crafted from premium stainless steel material, ensuring durability and resistance to corrosion. The low head hexagon socket design provides a sleek and modern look, making it suitable for a variety of applications. These round head cap screws are precision-engineered to deliver high performance and reliability, making them an ideal choice for machinery, construction, automotive, and other industries.
◎ Durable
◎ Compact
◎ Strong
Application Scenario
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