Standard Capstan Screws (DIN404) | General assembly, electrical enclosures | - 304 Stainless Steel (ASTM A240) - M4 Thread (ISO 261) - 14mm Length (Metric) - Plain Finish (No Coating) | ▲ Cost-effective base option Standard thread compatibility (ISO 261) Corrosion resistance (ASTM A240) | Limited to M4 applications No coating reduces corrosion protection in harsh environments |
Hex Head Cap Screws | Heavy machinery, automotive | - Carbon Steel (ASTM A307) - Hexagonal Head (ISO 4014) - M6 Thread (ISO 261) | ▲ High torque resistance Universal compatibility with hex tools | Bulky design Requires pre-drilling Prone to rust without coating (ASTM A307) |
Self-Tapping Screws | Sheet metal, plastics, soft woods | - Zinc-Plated Steel (ASTM A153) - Self-Tapping Thread (ISO 7380) - 10-30mm Length | ▲ No pre-drilling required Corrosion resistance via zinc plating | Weaker in hard materials Coating may wear off over time |
Phillips Head Machine Screws | Electronics, appliances | - M3 Thread (ISO 261) - Phillips Head (ASME B18.10.1) - Passivated Finish (ASTM A967) | ▲ Sleek design for compact devices Easy installation with screwdrivers | Lower torque capacity Risk of cam-out during tightening |
Stainless Steel Central Hole Screws | Cable management, industrial mounting | - 316 Stainless Steel (ASTM A276) - M5 Thread (ISO 261) - 3mm Central Hole (Custom Spec) | ▲ Cable routing capability Enhanced corrosion resistance (ASTM A276) Multi-functional design | Specialized use case Higher cost due to premium material |
Zinc-Plated Machine Screws | Outdoor equipment, general construction | - Zinc-Plated (ASTM B695) - M4 Thread (ISO 261) - 12mm Length (Metric) | ▲ Corrosion resistance vs plain steel Cost-effective alternative to stainless steel | Plating may chip or degrade over time Less durable than 304 stainless steel |