.Molded Pulp Plate Mold | Pulp Mold Tooling for Disposable Plate Production

Product Introduction

The Molded Pulp Plate Mold is a precision-engineered pulp molding die designed for efficient production of eco-friendly disposable pulp plates. This professional pulp mold tooling is manufactured from high-quality aluminum alloy and is suitable for automated pulp molding production lines.

The mold ensures accurate forming, smooth plate surfaces, and consistent product quality during large-scale molded pulp manufacturing. It is widely used for producing biodegradable tableware such as disposable plates made from bagasse, bamboo fiber, and recycled paper pulp. With advanced CNC machining and optimized mold design, this pulp molding die helps manufacturers achieve stable production performance while maintaining high product quality.

Durable Aluminum Construction

This pulp mold tooling is produced using high-grade aluminum alloy, which provides excellent thermal conductivity, corrosion resistance, and long service life. The durable material ensures stable performance during continuous pulp molding production and reduces maintenance requirements for long-term industrial use.

High Precision Manufacturing

The pulp molding die is manufactured using advanced CNC machining technology to achieve precise cavity dimensions and tight tolerances. This precision ensures that every molded pulp plate has consistent thickness, smooth edges, and a uniform shape throughout the production process.

Custom Mold Design

This pulp mold tooling can be customized according to different production requirements. Various plate sizes, shapes, and cavity configurations are available. Manufacturers can choose round, square, or rectangular plate molds depending on their product specifications and packaging needs.

High Production Efficiency

The mold is optimized for high-speed forming and hot pressing processes in pulp molding production lines. The efficient mold structure reduces cycle time and increases overall production output, allowing manufacturers to improve productivity while maintaining stable product quality.

Eco-Friendly Material Compatibility

This pulp molding die is specially designed for sustainable pulp materials such as bagasse, bamboo fiber, and recycled paper pulp. It enables manufacturers to produce biodegradable disposable tableware and replace traditional plastic products with environmentally friendly alternatives.

Mold Structure

A typical pulp mold tooling system for molded pulp plates consists of three main parts: the forming mold, the transfer mold, and the hot press mold. The forming mold shapes the pulp slurry into the plate structure through vacuum suction. The transfer mold moves the wet molded product to the next stage of production. The hot press mold applies pressure and heat to finalize the shape, improve surface smoothness, and enhance the strength of the molded pulp plate. This structure ensures stable and efficient pulp molding production.

Technical Parameters

Item	Specification
Product Name	Molded Pulp Plate Mold
Mold Type	Pulp Molding Die / Pulp Mold Tooling
Material	Aluminum Alloy
Processing	CNC Machining
Shaping Mode	Die Casting
Surface Treatment	Polishing
Application	Disposable Pulp Plate Production
Plate Shape	Round / Square / Rectangular
Cavity Number	Customized
Brand Name	HeSheng
Place of Origin	Qingdao, China

Applications

This pulp mold tooling is widely used for producing molded pulp tableware products such as disposable pulp plates, eco-friendly food packaging plates, biodegradable tableware, and molded pulp food containers.

 

 

The Molded Pulp Plate Mold is a high-precision die designed for the efficient production of eco-friendly disposable plates. Made from durable aluminum alloy, this mold ensures accurate forming, smooth surfaces, and consistent product quality. It is compatible with automated pulp molding production lines and is ideal for producing biodegradable tableware from materials like bagasse, bamboo fiber, and recycled paper pulp. Customizable in size and shape, this mold enhances production efficiency, reduces cycle times, and supports sustainable packaging solutions by replacing plastic products with eco-friendly alternatives.