| Name | Nitrogen Gas Spring | Model | GSV Series |
| Type | Stamping Die | Life Span | 1.5 million times |
| Specification | Standard or Customized | Advantage | High internal toughness, not easy to break under impacts |
| Application | Hardware stamping molds, die-casting molds, plastic molds, mechanical automation equipment, etc. | ||
The Hardware Mould Nitrogen Gas Springs for Car Standard Compression Lift are engineered to deliver consistent force and precision in automotive stamping and injection molds. Designed for high-cycle applications, these gas springs combine robust construction with adjustable pressure settings, ensuring reliable mold operation and extended service life.
Industrial-Grade Construction: Chrome-plated piston rod (hardness ≥HV1000) and alloy steel cylinder (HRC45-50), supporting maximum pressure up to 200bar and stroke lengths 25-200mm.
Precision Pressure Control: Adjustable pressure range (5-200bar) with ±2% accuracy, enabling smooth mold opening/closing and controlled part ejection in complex automotive molds.
Leakage Prevention: Double-seal system (PTFE + polyurethane) with helium leak testing, achieving zero gas loss over 50,000 cycles in high-frequency stamping operations.
Temperature Resistance: Operates in -20°C to 80°C environments, with optional heat-resistant seals for applications near mold heaters (up to 150°C).
Standardization Compliance: Direct replacements for MISUMI, Meusburger, and DADCO gas springs, with interchangeable mounting interfaces for global mold designs.
Essential for automotive mold systems, these gas springs are used in:
Stamping Dies: Providing controlled force for blanking, bending, and drawing operations in car body panel production (e.g., door panels, hoods).
Injection Molds: Consistent ejection force for large automotive parts like bumpers and fenders, preventing warpage and ensuring uniform part release.
Powertrain Molds: High-pressure support in die casting molds for engine components, maintaining dimensional stability during rapid cooling.
Assembly Equipment: Precision force control in robotic assembly jigs for automotive component positioning and clamping.
Force Consistency: Patented pressure compensation technology reduces force decay by 80% compared to standard gas springs, improving mold repeatability.
Customization Options: Offer bespoke pressure-volume curves and anti-corrosion coatings for harsh die casting environments (e.g., salt spray resistance).
Safety Assurance: Certified to ISO 13849 PLd and EN 10134 for mechanical safety, with burst pressure testing 1.5x rated pressure for fail-safe operation.
Inventory Solutions: Comprehensive stock of standard sizes and kitting services for large automotive mold projects, reducing procurement lead times by 60%.
| Name | Nitrogen Gas Spring | Model | GSV Series |
| Type | Stamping Die | Life Span | 1.5 million times |
| Specification | Standard or Customized | Advantage | High internal toughness, not easy to break under impacts |
| Application | Hardware stamping molds, die-casting molds, plastic molds, mechanical automation equipment, etc. | ||
The Hardware Mould Nitrogen Gas Springs for Car Standard Compression Lift are engineered to deliver consistent force and precision in automotive stamping and injection molds. Designed for high-cycle applications, these gas springs combine robust construction with adjustable pressure settings, ensuring reliable mold operation and extended service life.
Industrial-Grade Construction: Chrome-plated piston rod (hardness ≥HV1000) and alloy steel cylinder (HRC45-50), supporting maximum pressure up to 200bar and stroke lengths 25-200mm.
Precision Pressure Control: Adjustable pressure range (5-200bar) with ±2% accuracy, enabling smooth mold opening/closing and controlled part ejection in complex automotive molds.
Leakage Prevention: Double-seal system (PTFE + polyurethane) with helium leak testing, achieving zero gas loss over 50,000 cycles in high-frequency stamping operations.
Temperature Resistance: Operates in -20°C to 80°C environments, with optional heat-resistant seals for applications near mold heaters (up to 150°C).
Standardization Compliance: Direct replacements for MISUMI, Meusburger, and DADCO gas springs, with interchangeable mounting interfaces for global mold designs.
Essential for automotive mold systems, these gas springs are used in:
Stamping Dies: Providing controlled force for blanking, bending, and drawing operations in car body panel production (e.g., door panels, hoods).
Injection Molds: Consistent ejection force for large automotive parts like bumpers and fenders, preventing warpage and ensuring uniform part release.
Powertrain Molds: High-pressure support in die casting molds for engine components, maintaining dimensional stability during rapid cooling.
Assembly Equipment: Precision force control in robotic assembly jigs for automotive component positioning and clamping.
Force Consistency: Patented pressure compensation technology reduces force decay by 80% compared to standard gas springs, improving mold repeatability.
Customization Options: Offer bespoke pressure-volume curves and anti-corrosion coatings for harsh die casting environments (e.g., salt spray resistance).
Safety Assurance: Certified to ISO 13849 PLd and EN 10134 for mechanical safety, with burst pressure testing 1.5x rated pressure for fail-safe operation.
Inventory Solutions: Comprehensive stock of standard sizes and kitting services for large automotive mold projects, reducing procurement lead times by 60%.
