Zhucheng Technology builds a defensible intellectual property portfolio while participating in national, military, and industry specification development.
Our extensive patent portfolio spans 24 innovations across tungsten alloys, copper composites, precision assembly mechanisms, and advanced manufacturing processes. The collection includes invention patents, utility model patents, and design patents.
Zhucheng contributes to GB/T, GJB, and industry standards, reinforcing our commitment to widely adopted manufacturing quality benchmarks. Partnerships with defense and civilian committees ensure product specifications align with the latest technical requirements.
Our standards participation covers materials science, inspection methodology, and process control, establishing industry best practices.
Showing 24 of 24 items
Innovative armor-piercing projectile core design with enhanced penetration capabilities
Anti-leakage bullet firing mechanism for improved air gun performance
Lightweight aluminum handguard design for enhanced ergonomics and heat dissipation
Ergonomic scope mounting system with distinctive cobra-inspired design
Decorative hollow metal grip with butterfly pattern for improved aesthetics and weight reduction
Tactical hollow grip design inspired by Red Alert with enhanced handling characteristics
Versatile mounting system compatible with both KEYMOD and M-LOK attachment standards
Efficient magazine loading and unloading device for rapid ammunition handling
Textured grip with spider web pattern for enhanced control and aesthetic appeal
Novel frangible projectile core technology with specialized manufacturing process
Compact and efficient device for rapid magazine loading and unloading operations
Proprietary manufacturing process for tungsten bead cushions used in grenade applications
Precision-engineered receiver assembly with optimized ergonomics and aesthetics
Training device for practicing proper pistol grip and shooting techniques
Ambidextrous charging handle design for improved ease of operation
Modern cubic magazine design with enhanced visual appeal and functionality
Specialized mold design for manufacturing precision thread turning tool heads
Advanced mold technology for producing ultra-fine grain carbide cutting tools
Precision mold system for manufacturing ultra-fine grain carbide grooving tools
Official certificate for ultra-fine grain carbide milling cutter mold patent
Muzzle device design for recoil reduction and improved shooting stability
Breakthrough method for producing thermally stable nano-tungsten alloy materials
Innovative Metal Injection Molding (MIM) process specifically for brass alloys
Comprehensive patent covering tungsten-copper alloy feedstock and manufacturing processes
Breakthrough developments in tungsten alloys, brass MIM processes, and nano-materials with superior thermal stability
Advanced MIM mold designs for ultra-fine grain carbide tools and specialized manufacturing techniques
Ergonomic designs for components and accessories with both functional and aesthetic innovations
