Industry Standard Steel | Budget motorcycles, general machinery | Steel material, uncoated Load capacity: 40 Nm (ISO 4969) Corrosion resistance: 200hrs salt spray test (ASTM B117) | Cost-effective, widely available Lightweight for basic applications | Prone to rust in humid conditions Shorter lifespan in corrosive environments |
Our Base Zinc-Plated | Standard motorcycles, workshops | Zinc-plated steel Load capacity: 50 Nm (▲25% vs Industry Standard) Coating thickness: ≥8μm (ASTM B201) Corrosion resistance: 500hrs salt spray test (▲150%) | Improved corrosion resistance vs uncoated steel Balanced cost-performance | Less durable than stainless steel in harsh conditions Medium weight |
Our Advanced Stainless | Premium motorcycles, marine/industrial | AISI 304 stainless steel Load capacity: 60 Nm (▲20% vs Base) Corrosion resistance: >1000hrs salt spray test (▲100% vs Base) Temperature range: -40°C to +250°C | Superior corrosion resistance High load capacity for heavy-duty use Lightweight yet durable | Higher cost Stiffer material requires precise installation |
Plastic Torsion | Consumer electronics, lightweight bikes | Polypropylene (ISO 527) Load capacity: 30 Nm (ISO 4969) Chemical resistance: Withstands 50+ exposures (ASTM D543) | Lightweight (30% lighter than steel) Corrosion-proof and chemical-resistant | Lower load capacity Unsuitable for high-torque applications |
High-Load Steel | Industrial machinery, off-road vehicles | Carbon steel (ASTM A36) Load capacity: 80 Nm (▲33% vs Advanced) Yield strength: 250 MPa (ISO 6508) | Handles extreme loads Robust for heavy-duty applications | Heavier than alternatives Requires coating for corrosion protection |
Compact Stainless | Compact devices, precision instruments | Miniature AISI 304 stainless steel Diameter: ≤5mm (±0.1mm tolerance) Load capacity: 20 Nm (ISO 4969) | Space-efficient design Precision-engineered for tight spaces | Limited load capacity Costly for mass production |