Our professional-grade paper shoe trees represent advanced footwear preservation technology. Manufactured from high-density 320gsm recycled kraft paper through precision molding processes, these shoe supports deliver exceptional performance while meeting rigorous environmental standards. The scientifically calibrated weight distribution provides optimal tension to maintain shoe contours without overstretching.
Material Composition: 320gsm recycled kraft paper with cellulose reinforcement
Structural Design: Anatomically engineered three-part construction
Weight Distribution: 68g±2g scientifically calibrated for ideal tension
Performance Standard: Withstands 500+ insertion/removal cycles
Technical Parameter | Specification |
|---|---|
Material Density | 320gsm kraft paper |
Weight | 68g±2g |
Compression Strength | 18kgf/cm² |
Moisture Resistance | <5% absorption in 24h |
Biodegradability | 6 months |
Precision Engineering: Computer-modeled design matches most dress shoe lasts
Superior Ventilation: Optimized airflow reduces moisture by 40% versus plastic
Exceptional Durability: Maintains structural integrity through 500+ uses
Environmental Sustainability: Fully biodegradable with complete decomposition in 6 months
Luxury footwear manufacturing and retail
Professional shoe care and maintenance services
Museum and archival footwear preservation
High-end fashion retail and display
Executive travel and luxury hospitality
Egg trays are commonly made from paper pulp, plastic (like PP, PVC, or PET), and foam materials such as EPE (expanded polyethylene) . Paper pulp trays are eco-friendly and cost-effective, plastic trays are durable and reusable, while foam trays offer excellent cushioning for protection . The choice depends on usage needs like transport or retail display.
Egg trays are primarily made from two types of materials: Paper pulp: Sourced from recycled paper (e.g., newspapers, cardboard) or natural fibers like sugarcane pulp. These are eco-friendly, biodegradable, and cost-effective, ideal for transportation. Plastic: Such as PVC, PP, or PET, which are durable, waterproof, and often transparent, making them suitable for retail display. The choice depends on needs like sustainability or durability.
Pulp molded products are versatile and used in various sectors: Industrial Packaging: Protective cushioning for electronics, appliances, and fragile items like glass and ceramics. Food Service: Plates, bowls, cups, and takeaway containers as eco-friendly alternatives to plastic. Agriculture: Egg trays, fruit pads, and seedling pots for plant growth and transport. Healthcare: Disposable medical trays, bedpans, and packaging for sterile devices. Emerging Applications: Horticulture pots, creative crafts, and even insulation materials for batteries.
he essential equipment for producing pulp molded products includes: Pulping Equipment: Hydraulic pulper and slurry mixing tanks for preparing pulp . Molding Machine: The core equipment, often using vacuum suction molding (e.g., rotary drum or reciprocating type) to form wet pulp into the desired shape . Drying & Shaping Equipment: Dryer (e.g., tunnel-type) and hot press machine to remove moisture and set the final form . Post-processing Equipment: Trimming machine for neat edges, and often automated systems for inspection, stacking, and packaging .
