Project Overview
This case study documents the exceptional performance of our SDS-Max tool series in a large-scale high-rise building demolition project. Located in the city center, the project involved demolishing a 20-story commercial building with a total floor area of 15,000 square meters.
Project Basic Information
- Project Location: Downtown commercial district
- Building Type: 20-story commercial building
- Floor Area: 15,000 square meters
- Project Timeline: Originally planned 6 months, actually completed in 4.2 months
- Main Materials: Reinforced concrete structure
Challenges Faced
Technical Challenges
- High-Strength Concrete: Building used C40 grade high-strength concrete, traditional tools were inefficient
- Dense Reinforcement: High rebar density with diameters up to 32mm increased demolition difficulty
- Precision Demolition: Need to protect adjacent buildings, requiring precise demolition range control
- Noise Control: Downtown location required strict noise level control
Time Pressure
- Owner required early completion to align with new construction project timeline
- Limited weather window periods
- Government permit time restrictions
Solution
Tool Selection Strategy
After detailed evaluation, we recommended the following SDS-Max tool combination:
- SDS-Max Demolition Hammer: For main structure demolition
- Professional Chisel Set: Including flat chisels, pointed chisels, groove chisels
- Drilling Tools: For pre-drilling and controlled demolition
- Cutting Tools: Precise cutting of rebar and concrete
Technical Advantages
- High impact energy: 17 joules impact energy, easily breaks high-strength concrete
- Precise control: Adjustable impact force, adapts to different demolition needs
- Low vibration design: Reduces impact on surrounding structures
- High durability: Carbide tips with long service life
Implementation Process
Phase 1: Preparation (1 week)
- Site survey and tool configuration
- Operator training
- Safety measure deployment
- Adjacent building protection measures
Phase 2: Main Demolition (12 weeks)
- Top-down demolition: Starting from top floor, demolishing floor by floor
- Zoned operations: Dividing each floor into 4 work zones
- Precise control: Using SDS-Max tools for precise demolition of designated areas
- Real-time monitoring: Monitoring vibration and noise levels
Phase 3: Cleanup and Finishing (4 weeks)
- Foundation structure demolition
- Waste cleanup and sorting
- Site restoration
- Quality acceptance
Project Results
Time Benefits
- Early Completion: Finished 1.8 months ahead of original schedule
- Efficiency Improvement: 40% higher demolition efficiency than traditional methods
- Downtime: 85% reduction in downtime due to tool failures
Cost Benefits
- Labor Costs: 30% reduction in labor requirements
- Equipment Costs: 25% reduction in tool rental costs
- Total Cost Savings: Approximately 2 million yuan saved in total project costs
Quality Metrics
- Precision Control: Demolition precision controlled within ±5cm
- Safety Record: Zero safety incidents
- Environmental Impact: Noise control within regulatory standards
- Waste Recovery: 95% of waste effectively recycled
Lessons Learned
Success Factors
- Tool Selection: Choosing appropriate SDS-Max tools was key to success
- Personnel Training: Comprehensive operator training improved work efficiency
- Thorough Planning: Detailed construction plans ensured smooth project execution
- Technical Support: Timely technical support resolved on-site issues
Improvement Suggestions
- Further optimize tool configuration combinations
- Strengthen preventive maintenance plans
- Improve emergency response mechanisms
- Enhance digital management capabilities
Conclusion
This case fully demonstrates the exceptional performance of our SDS-Max tool series in large-scale demolition projects. Through proper tool selection, scientific construction organization, and professional technical support, the project not only completed ahead of schedule but also achieved significant cost savings and quality improvements.
This successful case provides valuable experience for similar projects and further validates the reliability and efficiency of our products under extreme working conditions. We will continue to focus on product innovation and technical improvements to provide customers with superior solutions.
