High-Capacity Industrial Springs | Heavy machinery, construction equipment | Load Capacity: 50lb (Industry Standard), ▲70lb (Our Base), ▲100lb (Our Advanced) (ASTM A370 compliant) | Advanced provides 100% higher load capacity than industry standards for extreme-duty applications. | Higher material costs may limit budget-sensitive projects. |
Corrosion-Resistant Springs | Marine environments, chemical plants | Material: Carbon Steel (Industry), ▲Stainless Steel (Base), ▲316 Stainless Steel (Advanced) (ASTM A240) | Base resists corrosion 3x better than standard; Advanced meets marine-grade durability. | Base may corrode in extreme chemical exposure; Advanced is cost-prohibitive for low-risk environments. |
Lightweight Compression Springs | Automotive suspension, portable devices | Weight: 250g (Industry), ▲200g (Base), ▲150g (Advanced) (ISO 3095 certified) | Advanced reduces weight by 40%, enhancing fuel efficiency and portability. | Lower load capacity (25lb) limits heavy-duty use. |
Standard Load Springs | General machinery, appliances | Load Capacity: 40lb (Industry), ▲50lb (Base), ▲60lb (Advanced) (ISO 7800) | Base offers 25% more load capacity than standard, ideal for moderate applications. | Not recommended for heavy industrial use. |
Premium Alloy Springs | Aerospace, precision instruments | Material: Alloy Steel (Industry), ▲High-Carbon Alloy (Base), ▲Titanium Alloy (Advanced) (ASTM A532) | Advanced provides 50% higher tensile strength than industry standards. | Titanium Advanced is 3x more expensive than base models. |
Compact Precision Springs | Medical devices, electronics | Diameter: 5mm (Industry), ▲4mm (Base), ▲3mm (Advanced) (ISO 2162) | Advanced reduces size by 40% without sacrificing load capacity (10lb). | Smaller size may limit load capacity to lighter applications. |