Bearing Design | High-load machinery, industrial systems | Double-row deep groove ball bearings (▲ vs industry single-row), 22mm OD (ANSI B92.1), Precision P0 (▲▲ vs ISO P6) | Supports heavier loads, reduces friction, ultra-precise alignment | Requires specialized installation, higher cost compared to standard bearings |
Material Construction | Corrosive environments, harsh conditions | Stainless steel rollers (ASTM A240), polymer frame (ISO 180 impact resistance) | Resists corrosion, abrasion, and extreme temperatures | Higher upfront cost than basic materials (e.g., aluminum) |
Noise Level | Residential/office sliding systems | 35 dBA (▲ vs industry 40 dBA, ISO 3095) | Minimizes disturbance in quiet environments | Requires precise alignment to maintain low noise |
Load Capacity | Industrial equipment, heavy machinery | 500 kg (▲▲ vs industry 300 kg, EN 13121) | Handles heavy payloads without deformation | Bulky design may limit space efficiency |
Durability | Long-term use in harsh conditions | 10,000+ operational cycles (▲ vs industry 8,000, ASTM D5035) | Extended lifespan in abrasive or high-traffic environments | Higher initial investment compared to disposable alternatives |
Compliance Certifications | EU market entry, regulatory compliance | EPR France WEEE/Packing (▲ meets EU standards), ISO 9001 certified production | Streamlined market access, reduced legal risks | Certification costs add 10–15% to base pricing |
Tensioning Mechanism | Adjustable sliding systems | Adjustable spring tension (▲ vs fixed tension in industry) | Customizable for varied surfaces (e.g., metal vs. wood) | Requires user expertise for optimal adjustment |
Mounting & Customization | Versatile installations | Universal mounting holes, customizable spring/roller size (▲ industry-specific) | Adapts to diverse applications (e.g., doors, conveyors) | May need additional parts for non-standard configurations |