ZC PULP MOLDING MACHINE established itself as a global pulp molding machine solution provider, offer high-precision pulp molding packaging machine and mold manufacturing. Serving global client in food packaging, egg packaging, 3C electronic packaging, home appliances, wine packaging, shoes and cloth packaging, beauty and cosmetic packaging and medical packaging.
Standard offerings include installation, commissioning, operator training, process parameter setup, and ongoing technical support with spare parts availability.
All use vacuum suction to deposit fibers onto the mold. The difference lies in mold movement: rotary drums spin continuously, while reciprocating/flip types use intermittent motion.
The three main types are rotary machines, reciprocating machines, and flip-type machines.
•Performance advantage: Cushioning performance superior to EPS.
•Policy advantage: Eligible for environmental tax incentives.
•Brand advantage: Enhances brand ESG ratings.
Customer can flexibly switch between different materials, such as waste paper pulp, bagasse pulp, bamboo pulp, and wheat straw pulp, effectively controlling costs.
Driven by global plastic bans, the pulp molding market is growing at >25% annually. The Chinese market alone is projected to exceed RMB 20 billion by 2025, indicating vast growth potential.
Including: Operator training (5-7 days), Maintenance training (3-5 days). Lifetime technical support and process upgrade services are provided.
Standard Delivery: 50-60 days from the receipt of the customer's mold drawings. Installation & Commissioning: 15-30 days. We offer turnkey project services.
We provide modular design and online maintenance guidance, making routine maintenance simple. Key components use internationally renowned brands to ensure long-term stable operation.
Main methods: Gas-fired hot air drying, Steam drying, Electric heating drying. Selection basis: Energy cost, product requirements, investment budget. We provide optimal solution recommendations.
Pulp molded products can fully degrade in the natural environment (including home compost) in about 90 days, whereas PLA bioplastics rely more on industrial composting conditions.
Strong growth driven by global plastic bans and corporate sustainability commitments, with expanding demand across sectors.
Key stages: pulping, vacuum forming, drying, hot pressing, and trimming.
Tools are typically CNC-machined from metals like copper or aluminum.
Widely used for electronic product cushioning, food packaging (plates/bowls/cups), egg trays,egg cartons, agricultural seedling pots, and industrial protective packaging.
They are made from renewable resources, fully biodegradable and compostable, offering a sustainable solution to the plastic pollution problem.
Recycled paper can be used for industrial packaging, but food-grade items require virgin pulp.
Pulp molding is an advanced manufacturing process that uses plant fibers (such as waste paper, bagasse, bamboo pulp) to create three-dimensional eco-friendly packaging through vacuum adsorption molding and hot-press forming.
