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| 브랜드 이름: | SEWOOMIC |
| 모델 번호: | GCCS-12 |
| MOQ: | 1개 |
| 가격: | 협상 가능 |
| 포장에 대한 세부 사항: | 나무 케이스 |
| 지불 조건: | T/T,L/C |
The GCCS-12 isn't merely another attachment; it's a comprehensive solution that bridges the gap between brute force demolition and surgical precision extraction. In an industry increasingly focused on sustainability, safety, and efficiency, this innovative tool sets new standards for performance across diverse applications from urban redevelopment to industrial recycling.
Model: GCCS-12 Concrete Buster
Suitable Excavator: 12-14 Ton
Maximum Operating Pressure: 34.3 MPa
Overall Length: 1920 mm
Maximum Jaw Opening: 820 mm
Blade Opening: 445 mm
Blade Length: 345 mm
Crushing Force: 680 kN
Crushing Force at Tip: 978 kN
Center Cutting Force: 1500 kN
Weight: 1500 kg
The GCCS-12 incorporates Guchuan's proprietary Twin-Cylinder Force Amplification Technology that transforms standard hydraulic power into exceptional cutting performance. Unlike conventional single-cylinder designs, our dual-cylinder system provides:
Balanced Load Distribution: Two synchronized hydraulic cylinders work in perfect harmony to eliminate lateral stress on the main pivot points, extending component life by up to 40%.
Progressive Force Delivery: The system automatically adjusts force application based on material resistance, beginning with gradual pressure buildup that transitions to maximum force only when needed. This intelligent approach reduces hydraulic shock loads by 35% compared to conventional demolition shears.
Enhanced Cutting Geometry: The uniquely engineered blade profile creates a progressive cutting action that initiates separation at the material surface and propagates fractures through the entire cross-section with minimal energy expenditure.
Dual-Hardness Compound Blades: Our blades feature a revolutionary layered construction with an ultra-hard tungsten-carbide cutting edge (62-64 HRC) bonded to a shock-absorbing high-toughness alloy steel body (48-50 HRC). This combination delivers unprecedented wear resistance while maintaining fracture resistance under cyclic loading.
Variable Geometry Cutting Edges: The blades incorporate three distinct edge profiles optimized for different materials:
Primary Shearing Edge: Razor-sharp geometry for clean steel cutting
Secondary Crushing Surface: Textured profile for concrete pulverization
Tertiary Gripping Teeth: Engineered serrations for rebar extraction
The GCCS-12 features our Adaptive Pressure Flow Regulation (APFR) system that continuously monitors and optimizes hydraulic parameters:
Real-time Pressure Adjustment: Automatically maintains optimal cutting pressure regardless of material variations
Flow Compensation: Adjusts hydraulic flow to match resistance, preventing stalling and maximizing efficiency
Temperature Management: Integrated cooling circuits maintain optimal operating temperature even during continuous use
Structural Demolition Precision: The GCCS-12 transforms how contractors approach building demolition:
Controlled Structural Deconstruction: Unlike indiscriminate wrecking balls or explosive demolition, the GCCS-12 allows for surgical removal of specific structural elements. This is particularly valuable in urban environments where adjacent structures must remain intact.
Reinforced Concrete Processing: With 1500 kN of center cutting force, the shear efficiently processes heavily reinforced concrete up to 600 mm thick. The unique blade geometry separates concrete from rebar in a single operation, significantly reducing processing time.
Selective Demolition Applications: Perfect for interior renovation projects where specific walls or floors must be removed without damaging surrounding structures. The 820 mm jaw opening accommodates standard building materials while the precise control allows for clean cuts along designated lines.
Bridge & Elevated Structure Demolition: Infrastructure contractors benefit from the GCCS-12's unique capabilities:
Segmented Removal Strategy: The shear enables controlled section-by-section removal of bridge decks and support structures, allowing for partial demolition while maintaining traffic flow on adjacent lanes.
Reinforcement Extraction: Efficiently cuts through and extracts rebar cages from concrete columns and beams, facilitating material separation for recycling.
Confined Space Operation: When mounted on extended-reach excavators, the GCCS-12 can safely demolish elevated structures without requiring workers to operate at dangerous heights.
Automotive Recycling Transformation: Modern vehicle recycling demands sophisticated equipment capable of handling increasingly complex material combinations:
Multi-Material Separation: The GCCS-12's varied blade profiles efficiently separate different materials in end-of-life vehicles. The shearing action cleanly cuts through high-strength steel frames while the crushing surfaces break apart cast engine blocks.
Volume Reduction Efficiency: Processes complete vehicle bodies into compact, regularly shaped pieces ideal for downstream sorting and processing. The 445 mm blade opening accommodates most automotive structural components.
Non-Ferrous Metal Recovery: Precise cutting preserves aluminum and copper components in recoverable condition, maximizing their recycling value.
Industrial Equipment Dismantling: Decommissioning factories and processing plants requires equipment that can handle diverse materials and structures:
Pressure Vessel Processing: Safely cuts through industrial tanks and pressure vessels with controlled, predictable failure modes that minimize risk of sudden pressure release.
Structural Framework Disassembly: Efficiently cuts through industrial building frames, process piping, and support structures. The 978 kN tip force ensures clean cuts even on irregular or angled members.
Contaminated Equipment Handling: Allows for remote operation when processing equipment from chemical or industrial facilities where manual disassembly would pose health risks.
Primary Size Reduction: The GCCS-12 serves as an efficient primary reduction tool for oversized material:
Oversized Rock Processing: Breaks down quarry stones too large for primary crushers, with the crushing force specifically calibrated for common quarry materials like limestone and granite.
Selective Material Extraction: Can precisely separate valuable ore from waste rock in certain mining applications, particularly where conventional blasting isn't permissible.
Maintenance & Equipment Processing: Mining operations generate substantial worn equipment that requires processing:
Wear Component Reduction: Efficiently cuts through worn mill liners, crusher components, and other heavy mining equipment for scrap recovery and volume reduction.
On-Site Material Processing: Enables processing of oversized materials directly at the mining face, reducing transportation requirements for material that must be size-reduced.
Urban Search and Rescue Capabilities: Following structural collapses, the GCCS-12 provides unique capabilities:
Precision Debris Removal: Can selectively remove structural elements to create access tunnels without causing secondary collapses. The controlled cutting action minimizes vibration that could destabilize remaining structures.
Reinforced Concrete Breaching: Efficiently cuts through reinforced concrete slabs and walls that often impede rescue efforts following building collapses.
Safe Operation in Unstable Environments: The attachment allows operators to work from secure positions while manipulating debris at a distance.
Hazardous Incident Management: In industrial accidents involving compromised structures or equipment:
Remote Intervention Capability: Mounted on appropriately equipped carriers, the GCCS-12 can perform cutting operations in environments too dangerous for personnel.
Controlled Decompression: Can create controlled openings in pressurized vessels or piping to safely relieve pressure or contents before further handling.
Structural Stabilization: Remove compromised structural elements that pose ongoing risks to emergency responders or recovery personnel.
Shipbreaking & Marine Dismantling: The maritime recycling industry faces unique challenges that the GCCS-12 addresses:
Hull Sectioning: Efficiently cuts through ship hull plating and structural members. The 1500 kg weight provides necessary mass for cutting thick marine steel while maintaining precise control.
Selective Component Removal: Can extract valuable ship components like propulsion systems or specialized equipment with minimal damage, preserving their resale value.
Contaminated Material Handling: Particularly valuable for cutting into areas potentially containing hazardous materials (asbestos, PCBs) while minimizing disturbance and release.
Nuclear Decommissioning Support: While specialized applications require additional considerations, the GCCS-12's design principles support:
Remote Operation Compatibility: Can be integrated with remote control systems for work in radioactive environments.
Contamination Control Design: Available with sealed systems and surface treatments that facilitate decontamination.
Precision Demolition: Allows for careful removal of specific components in complex, sensitive environments.
Force-to-Weight Optimization: At 1500 kg, the GCCS-12 delivers the highest cutting force per kilogram in its class. Advanced materials and engineering design create a power density that outperforms conventional shears by 25-35%.
Reduced Carrier Stress: Extensive field testing demonstrates that the GCCS-12 imposes significantly lower shock loads on carrier mounting points compared to conventional demolition attachments of similar capability. Our innovative mounting interface and hydraulic dampening system reduce peak loads by up to 45%.
Energy Efficiency: The intelligent hydraulic system reduces fuel consumption by 15-22% compared to conventional attachments performing equivalent work, thanks to adaptive pressure control and energy recovery circuits.
Advanced Material Science: Guchuan utilizes proprietary steel formulations and specialized heat treatment processes that extend service intervals by 50% compared to industry standards. Critical wear components employ our Guchuan Ultra-Wear Composite material that combines surface hardness with core toughness unprecedented in demolition attachments.
Sealed Bearing Technology: Our Multi-Environment Sealing System (MESS) protects all pivot points from contamination while maintaining lubrication integrity. Field data shows bearing life extended by 300% in high-contamination environments compared to standard sealed bearings.
Modular Maintenance Design: The GCCS-12 features a field-serviceable design with interchangeable cartridge assemblies that reduce downtime by up to 65% compared to traditional repair methodologies. Critical wear items can be replaced in under two hours with standard tools.
|
| 브랜드 이름: | SEWOOMIC |
| 모델 번호: | GCCS-12 |
| MOQ: | 1개 |
| 가격: | 협상 가능 |
| 포장에 대한 세부 사항: | 나무 케이스 |
| 지불 조건: | T/T,L/C |
The GCCS-12 isn't merely another attachment; it's a comprehensive solution that bridges the gap between brute force demolition and surgical precision extraction. In an industry increasingly focused on sustainability, safety, and efficiency, this innovative tool sets new standards for performance across diverse applications from urban redevelopment to industrial recycling.
Model: GCCS-12 Concrete Buster
Suitable Excavator: 12-14 Ton
Maximum Operating Pressure: 34.3 MPa
Overall Length: 1920 mm
Maximum Jaw Opening: 820 mm
Blade Opening: 445 mm
Blade Length: 345 mm
Crushing Force: 680 kN
Crushing Force at Tip: 978 kN
Center Cutting Force: 1500 kN
Weight: 1500 kg
The GCCS-12 incorporates Guchuan's proprietary Twin-Cylinder Force Amplification Technology that transforms standard hydraulic power into exceptional cutting performance. Unlike conventional single-cylinder designs, our dual-cylinder system provides:
Balanced Load Distribution: Two synchronized hydraulic cylinders work in perfect harmony to eliminate lateral stress on the main pivot points, extending component life by up to 40%.
Progressive Force Delivery: The system automatically adjusts force application based on material resistance, beginning with gradual pressure buildup that transitions to maximum force only when needed. This intelligent approach reduces hydraulic shock loads by 35% compared to conventional demolition shears.
Enhanced Cutting Geometry: The uniquely engineered blade profile creates a progressive cutting action that initiates separation at the material surface and propagates fractures through the entire cross-section with minimal energy expenditure.
Dual-Hardness Compound Blades: Our blades feature a revolutionary layered construction with an ultra-hard tungsten-carbide cutting edge (62-64 HRC) bonded to a shock-absorbing high-toughness alloy steel body (48-50 HRC). This combination delivers unprecedented wear resistance while maintaining fracture resistance under cyclic loading.
Variable Geometry Cutting Edges: The blades incorporate three distinct edge profiles optimized for different materials:
Primary Shearing Edge: Razor-sharp geometry for clean steel cutting
Secondary Crushing Surface: Textured profile for concrete pulverization
Tertiary Gripping Teeth: Engineered serrations for rebar extraction
The GCCS-12 features our Adaptive Pressure Flow Regulation (APFR) system that continuously monitors and optimizes hydraulic parameters:
Real-time Pressure Adjustment: Automatically maintains optimal cutting pressure regardless of material variations
Flow Compensation: Adjusts hydraulic flow to match resistance, preventing stalling and maximizing efficiency
Temperature Management: Integrated cooling circuits maintain optimal operating temperature even during continuous use
Structural Demolition Precision: The GCCS-12 transforms how contractors approach building demolition:
Controlled Structural Deconstruction: Unlike indiscriminate wrecking balls or explosive demolition, the GCCS-12 allows for surgical removal of specific structural elements. This is particularly valuable in urban environments where adjacent structures must remain intact.
Reinforced Concrete Processing: With 1500 kN of center cutting force, the shear efficiently processes heavily reinforced concrete up to 600 mm thick. The unique blade geometry separates concrete from rebar in a single operation, significantly reducing processing time.
Selective Demolition Applications: Perfect for interior renovation projects where specific walls or floors must be removed without damaging surrounding structures. The 820 mm jaw opening accommodates standard building materials while the precise control allows for clean cuts along designated lines.
Bridge & Elevated Structure Demolition: Infrastructure contractors benefit from the GCCS-12's unique capabilities:
Segmented Removal Strategy: The shear enables controlled section-by-section removal of bridge decks and support structures, allowing for partial demolition while maintaining traffic flow on adjacent lanes.
Reinforcement Extraction: Efficiently cuts through and extracts rebar cages from concrete columns and beams, facilitating material separation for recycling.
Confined Space Operation: When mounted on extended-reach excavators, the GCCS-12 can safely demolish elevated structures without requiring workers to operate at dangerous heights.
Automotive Recycling Transformation: Modern vehicle recycling demands sophisticated equipment capable of handling increasingly complex material combinations:
Multi-Material Separation: The GCCS-12's varied blade profiles efficiently separate different materials in end-of-life vehicles. The shearing action cleanly cuts through high-strength steel frames while the crushing surfaces break apart cast engine blocks.
Volume Reduction Efficiency: Processes complete vehicle bodies into compact, regularly shaped pieces ideal for downstream sorting and processing. The 445 mm blade opening accommodates most automotive structural components.
Non-Ferrous Metal Recovery: Precise cutting preserves aluminum and copper components in recoverable condition, maximizing their recycling value.
Industrial Equipment Dismantling: Decommissioning factories and processing plants requires equipment that can handle diverse materials and structures:
Pressure Vessel Processing: Safely cuts through industrial tanks and pressure vessels with controlled, predictable failure modes that minimize risk of sudden pressure release.
Structural Framework Disassembly: Efficiently cuts through industrial building frames, process piping, and support structures. The 978 kN tip force ensures clean cuts even on irregular or angled members.
Contaminated Equipment Handling: Allows for remote operation when processing equipment from chemical or industrial facilities where manual disassembly would pose health risks.
Primary Size Reduction: The GCCS-12 serves as an efficient primary reduction tool for oversized material:
Oversized Rock Processing: Breaks down quarry stones too large for primary crushers, with the crushing force specifically calibrated for common quarry materials like limestone and granite.
Selective Material Extraction: Can precisely separate valuable ore from waste rock in certain mining applications, particularly where conventional blasting isn't permissible.
Maintenance & Equipment Processing: Mining operations generate substantial worn equipment that requires processing:
Wear Component Reduction: Efficiently cuts through worn mill liners, crusher components, and other heavy mining equipment for scrap recovery and volume reduction.
On-Site Material Processing: Enables processing of oversized materials directly at the mining face, reducing transportation requirements for material that must be size-reduced.
Urban Search and Rescue Capabilities: Following structural collapses, the GCCS-12 provides unique capabilities:
Precision Debris Removal: Can selectively remove structural elements to create access tunnels without causing secondary collapses. The controlled cutting action minimizes vibration that could destabilize remaining structures.
Reinforced Concrete Breaching: Efficiently cuts through reinforced concrete slabs and walls that often impede rescue efforts following building collapses.
Safe Operation in Unstable Environments: The attachment allows operators to work from secure positions while manipulating debris at a distance.
Hazardous Incident Management: In industrial accidents involving compromised structures or equipment:
Remote Intervention Capability: Mounted on appropriately equipped carriers, the GCCS-12 can perform cutting operations in environments too dangerous for personnel.
Controlled Decompression: Can create controlled openings in pressurized vessels or piping to safely relieve pressure or contents before further handling.
Structural Stabilization: Remove compromised structural elements that pose ongoing risks to emergency responders or recovery personnel.
Shipbreaking & Marine Dismantling: The maritime recycling industry faces unique challenges that the GCCS-12 addresses:
Hull Sectioning: Efficiently cuts through ship hull plating and structural members. The 1500 kg weight provides necessary mass for cutting thick marine steel while maintaining precise control.
Selective Component Removal: Can extract valuable ship components like propulsion systems or specialized equipment with minimal damage, preserving their resale value.
Contaminated Material Handling: Particularly valuable for cutting into areas potentially containing hazardous materials (asbestos, PCBs) while minimizing disturbance and release.
Nuclear Decommissioning Support: While specialized applications require additional considerations, the GCCS-12's design principles support:
Remote Operation Compatibility: Can be integrated with remote control systems for work in radioactive environments.
Contamination Control Design: Available with sealed systems and surface treatments that facilitate decontamination.
Precision Demolition: Allows for careful removal of specific components in complex, sensitive environments.
Force-to-Weight Optimization: At 1500 kg, the GCCS-12 delivers the highest cutting force per kilogram in its class. Advanced materials and engineering design create a power density that outperforms conventional shears by 25-35%.
Reduced Carrier Stress: Extensive field testing demonstrates that the GCCS-12 imposes significantly lower shock loads on carrier mounting points compared to conventional demolition attachments of similar capability. Our innovative mounting interface and hydraulic dampening system reduce peak loads by up to 45%.
Energy Efficiency: The intelligent hydraulic system reduces fuel consumption by 15-22% compared to conventional attachments performing equivalent work, thanks to adaptive pressure control and energy recovery circuits.
Advanced Material Science: Guchuan utilizes proprietary steel formulations and specialized heat treatment processes that extend service intervals by 50% compared to industry standards. Critical wear components employ our Guchuan Ultra-Wear Composite material that combines surface hardness with core toughness unprecedented in demolition attachments.
Sealed Bearing Technology: Our Multi-Environment Sealing System (MESS) protects all pivot points from contamination while maintaining lubrication integrity. Field data shows bearing life extended by 300% in high-contamination environments compared to standard sealed bearings.
Modular Maintenance Design: The GCCS-12 features a field-serviceable design with interchangeable cartridge assemblies that reduce downtime by up to 65% compared to traditional repair methodologies. Critical wear items can be replaced in under two hours with standard tools.
