- YongnianDistrict Handan city, Hebei Province
- Nancy@mj-anchor.com
- +86 18131004569
As a leading factory-direct manufacturer in China, we specialize in producing high-strength DIN 916 Cup Point Grub Screws. These headless fasteners, also known as hexagon socket set screws, are the industry standard for creating a powerful and reliable semi-permanent lock between a shaft and another component. Forged from high-grade carbon and alloy steel and heat-treated for maximum strength, these screws are finished with a protective black oxide coating. The proven cup point design delivers exceptional holding power, making them the most versatile and widely used set screws for heavy industry, automotive systems, and general machinery where high-strength shaft locking is essential.
Our DIN 916 set screws are engineered for superior performance and durability in demanding applications. They are headless, fully threaded fasteners that function by being driven into a threaded hole until the point exerts a strong compressive force on an inner object, locking it securely.
The technical specifications for our DIN 916 High-Strength Cup Point Grub Screws are outlined below to meet your precise engineering requirements.
| Parameter | Specification |
|---|---|
| Product Name | DIN 916 Cup Point Grub Screws / Hexagon Socket Set Bolt |
| Standard | DIN 916 / ISO 4029 |
| Material | High-Strength Carbon Steel / Alloy Steel |
| Grade | 8.8, 10.9, 12.9 |
| Surface Treatment | Black Oxide Coating |
| Finish | Black |
| Point Style | Cup Point |
| Drive Style | Internal Hex Socket (Allen) |
| Diameter Range | M1.4 – M24 |
| Brand Name | Duojia |
| Place of Origin | Hebei, China |
| Key Feature | High-strength, vibration-resistant locking for general applications |
| Application | Heavy Industry, General Industry, Automotive, Machinery |
Our DIN 916 cup point grub screws are the go-to choice for high-strength fastening due to their exceptional features.
DIN 916 high-strength cup point grub screws are indispensable in virtually every mechanical and industrial sector. They are the primary choice in power transmission for securing pulleys, gears, sprockets, and shaft collars. In automotive systems, they are used to lock components in engines, transmissions, and drivetrains where high vibration is present. They are essential in industrial machinery for fixing parts in machine tools, conveyor systems, and automated equipment. They are also widely used in tooling and fixturing for setting adjustments and securing components in jigs and fixtures. Their combination of strength, reliability, and versatility makes them a fundamental component in modern engineering.