Material Composition | Corrosive environments, marine machinery | Industry Standard: Steel (ASTM A36) Our Base: Bronze (ASTM B505) Our Advanced: Bronze + Graphite (ASTM C713) | ▲ Base: 30% better corrosion resistance than steel (ISO 9227) ▲ Advanced: 50% higher wear resistance (ASTM G65) | Steel: Prone to rust in corrosive environments Advanced: 20% higher cost |
Lubrication Type | Low-maintenance machinery | Industry Standard: Oil-based (ISO VG 100) Our Base: Oilless (Carbon infused, ASTM D395) Our Advanced: PTFE Self-Lubricating (ASTM D4804) | ▲ Base: Reduces maintenance by 70% ▲ Advanced: Operates in dry environments (-40°C to 250°C) | Oil-based: Requires frequent re-lubrication Advanced: Lower load capacity vs oil-based (▲ Base: 18,000 PSI vs ▲ Advanced: 15,000 PSI) |
Bushing Type | Heavy machinery assembly | Industry Standard: Sleeve (ISO 14) Our Base: Flanged (ISO 10240) Our Advanced: Perforated Flanged (Custom Design) | ▲ Base: Easier installation (pre-aligned flanges) ▲ Advanced: 40% improved heat dissipation (perforated design) | Sleeve: Requires additional mounting hardware Advanced: 15% heavier than Base |
Manufacturing Process | Mass production vs precision parts | Industry Standard: Machining (ISO 2768) Our Base: Casting (ASTM A48) Our Advanced: Precision Casting (ASTM A439) | ▲ Base: 30% cheaper than machining ▲ Advanced: ±0.1mm tolerance (vs ±0.5mm for Base) | Machining: Slower production Advanced: 40% higher cost than Base |
Load Capacity | High-load industrial equipment | Industry Standard: 15,000 PSI (ASME B1.1) Our Base: 22,000 PSI Our Advanced: 28,000 PSI | ▲ Base: Handles 47% heavier loads than standard ▲ Advanced: 27% stronger than Base (▲ Base: 22k PSI → ▲ Advanced: 28k PSI) | Standard: Risk of deformation under heavy loads Advanced: Bulky design limits space-constrained use |
Temperature Resistance | High-heat applications (e.g., engines) | Industry Standard: Up to 150°C (NBR Rubber) Our Base: 200°C (Bronze) Our Advanced: 250°C (Graphite Bronze) | ▲ Base: Operates in engine compartments (200°C) ▲ Advanced: Withstands furnace exhaust (250°C) | Rubber: Degrades at >120°C Advanced: Requires specialized cooling in extreme scenarios |