可持续发展－珂哲包装

green and environmentally friendly

In today's increasingly challenging environmental landscape, Shanghai Acmepak Packaging has proactively established green sustainability as the core strategy for corporate development.

We aspire to transcend traditional manufacturing and become the “green engine” for our clients' brands. Through innovative practices across the entire lifecycle—from source reduction via physical micro-foaming to end-of-life recyclability design; from mature application of recycled materials to closed-loop energy management in production—we systematically reduce environmental footprints. Ultimately, we transform this technical expertise into market-competitive sustainable packaging solutions, empowering clients to fulfill their environmental commitments and jointly forge a green, mutually beneficial future.

public welfare activity

Love is a ray of sunshine in winter, warming the hearts of those afflicted by poverty and illness; Love is a spring welling up in the desert, restoring hope to those on the brink of despair; Love is a song drifting through the night sky, offering solace to the lonely and helpless.

Our goal for 2030

Sustainable development requires consideration of both current and future developmental needs; it cannot be achieved at the expense of future interests. Simultaneously, sustainable development encompasses a developmental perspective that maintains progress in the face of unforeseen environmental shocks.

100%

Eco-friendly packaging

100% Recyclable Sustainable Packaging

30%

Efficient Waste Management

30% Waste Utilization

15%

Low-carbon concept

15% greenhouse gas emissions

Sustainable development

Production Process: Smart Manufacturing and Energy Conservation

1. Implement Cleaner Production: Integrate automated units (such as online inspection and leak detection) into smart production lines to optimize processes, reducing energy waste and material loss during manufacturing. 2. Enhance Energy Efficiency: Invest in energy-efficient injection molding machines, temperature control systems, and power equipment. Utilize techniques like physical micro-foaming to reduce product weight, thereby indirectly achieving energy savings and consumption reduction in production operations.

Technical Aspects: Green Manufacturing and Lightweight Design

1. Focus on core lightweighting technologies: Primarily leveraging physical micro-foaming technology to significantly reduce plastic usage per product while maintaining strength and barrier properties, achieving reduction at the source. 2. Optimize process combinations: Utilize the advantages of in-mold labeling (IML) to integrate packaging and labeling into a single molding process, eliminating the need for additional adhesives or plastic-based labels to enhance recyclability.

Maintenance Phase: Equipment Full Lifecycle Management

1. Implement Preventive Maintenance: Establish a comprehensive equipment maintenance system to ensure production machinery operates at peak efficiency through regular inspections and condition monitoring. This extends equipment lifespan and minimizes resource waste caused by breakdowns or inefficiency. 2. Promote Circular Maintenance: Prioritize the use of remanufactured parts or environmentally compliant components during equipment repairs and replacement, thereby reducing industrial waste generation.

Recycling Process: Establishing a Closed-Loop System

1. Implement closed-loop recycling of production waste: Establish real-time sorting and recovery mechanisms for scraps and defective products during manufacturing. Clean, homogeneous waste materials are shredded and directly reused in production, significantly reducing virgin material consumption and industrial waste. 2. Design for recyclability: Actively develop single-material packaging structures that facilitate recycling. Utilize recyclable materials in production to ensure post-consumer packaging seamlessly enters existing recycling systems, streamlining end-of-life recovery.

Materials Segment: Development and Application of Eco-Friendly Materials

1. Research and Use of Recyclable Materials: Prioritize procurement and use of easily recyclable single-material plastics such as PET and PP, while actively researching and trialing food-grade recycled plastics (rPET, rPP) for packaging applications. 2. Exploration of Bio-based and Degradable Materials: Under the premise of meeting customer performance and safety requirements, actively explore and implement small-scale applications of novel eco-friendly materials like bio-based plastics (e.g., PLA), offering the market more diverse green options.