Why Hexagon Bolt Are Use?
As per requirements of Hex bolt We Supply:
Material
Alloy Steel
Carbon steel
Stainless steel
Strength grade
10.9/12.9
4.6/8.8/10.9
304/316/ss316L
Surface finished
Black Oxide/Zinc Plated/HDG
Chrome Plated/HDG/PTFE Coated/Zinc Plated
Plain/Passivated
Applications § Industries uses of Hex Bolt
- Construction — structural steel connections in building frameworks
- Automotive — securing engine components and chassis assemblies
- Oil & Gas — flange bolting in high-pressure pipelines
- Manufacturing — assembly of heavy machinery and equipment
- Aerospace — fastening components in aircraft structures
- Marine — securing deck fittings and structural elements in ships
- Renewable Energy — mounting components in wind turbine assemblies
- Railway — fastening track components and rolling stock assemblies
Technical Specifications
Pitch Range - 1.0mm–6.0mm
Head Style - Hexagonal
Drive Type - External Hex
Size Range - M6–M64
Length Range - 20mm–300mm
Hardness Range - 95–105 HRB
Coating Thickness - 5µm–25µm
Temperature Rating - (-20°C to 300°C)
Why Buy From Mariflow?
FAQs
Carbon steel provides the Hex Bolt with high tensile strength and durability, making it suitable for heavy-duty applications. However, it may require additional surface treatments for enhanced corrosion resistance in harsh environments.
Yes, the Hex Bolt complies with DIN 934, which is a recognized international standard ensuring its suitability for structural and mechanical bolting applications. This compliance guarantees consistent quality and performance.
The Hex Bolt as per DIN 934 features a hexagonal head and can be either partially or fully threaded. It is manufactured from carbon steel, ensuring durability and strength for structural and mechanical applications.
When installing Hex Bolts, ensure the correct torque is applied to prevent over-tightening, which can lead to bolt failure. Proper alignment and the use of compatible washers and nuts are also crucial for optimal performance.
The threading of the Hex Bolt, whether partial or full, affects its load distribution and grip. Fully threaded bolts provide uniform load distribution, while partially threaded bolts offer greater shear strength, making them ideal for specific applications.