Stainless Steel Compression Spring | Industrial machinery, outdoor equipment | Stainless Steel (ASTM A240), Load Capacity 100lb (ISO 3095) ▲, RoHS Certified | ▲ 20% higher load capacity than industry standard; corrosion-resistant in harsh environments | Higher cost than carbon steel; requires periodic lubrication for optimal performance |
Alloy Steel Torsion Spring | Automotive components, furniture | Alloy Steel (ASTM A228), Load Capacity 90lb (ISO 3095), ▲ Customizable Load Range | ▲ 30% lighter than standard steel; durable for repetitive motion applications | Less corrosion resistance than stainless; may deform under extreme temperatures |
Carbon Steel Extension Spring | Garage doors, medical devices | Carbon Steel (ASTM A227), Load Capacity 50lb (ISO 3095), Lightweight Design | Cost-effective; easy to integrate into lightweight systems | Prone to rust without coating; ▲ upgraded galvanized version available for outdoor use |
High-Load Alloy Steel Spring | Heavy machinery, industrial equipment | Alloy Steel (ASTM A228), Load Capacity 100lb (ISO 3095) ▲, Compact Design | ▲ Handles 2x the load of standard springs; space-efficient | Bulky in standard configurations; requires specialized installation tools |
Corrosion-Resistant Stainless Steel Spring | Marine equipment, outdoor furniture | Stainless Steel (ASTM A240), RoHS Certified, Load Capacity 40lb (ISO 3095) | Resists saltwater corrosion; meets environmental safety standards | Lower load capacity than alloy steel; ▲ premium grade available for heavy-duty use |
Customizable Alloy Spring | Robotics, specialized machinery | Alloy Steel (ASTM A228), Custom Load Capacity (ISO 3095), ▲ Adjustable Pitch | ▲ Pitch adjustable to ±0.5mm for precision force control; tailored to specs | Longer lead times; higher cost for customization; requires detailed engineering input |