Product Description:

SHM biodegradable paper plate and bowl making machine represents a sustainable solution in the field of tableware production. With advanced pulp molding equipment, we enable eco-friendly manufacturing of disposable tableware. Our pulp molding machinery offers precision, efficiency, and versatility, allowing you to produce high-quality, biodegradable paper plates and bowls.

Features:

1. Robust, durable and stable molded pulp production line;
2. Well use of forming mold, 2 hot-pressing molds share one forming mold, saveing one forming mechanism;
3. The pulp in the pulp tank is quantitative, and the quantitative amount can be confirmed by adjusting the time;
4. High cost performance intelligent control system;
5. Safe and simple operation and maintenance;

Technical Parameters:

Applications:

The SHM ZMC-1150 fully automatic pulp molded plate and bowl production line in addition to expertly crafting lunch boxes, paper bowls, and paper plates with good precision and efficiency, it offers boundless creative flexibility. This includes the capacity to create an extensive array of high-quality, custom fiber molded packages. The repertoire spans from elegant cosmetic holders radiating sophistication to practical mobile phone holders seamlessly blending utility with eco-friendliness. This production line empowers businesses to explore a vast spectrum of design possibilities, catering to diverse consumer needs and preferences, all while upholding steadfast eco-conscious manufacturing practices.

Customization:

Support and Services:

SHM Pulp Molding Tableware Machine provides technical support and service for customers. The following are the details:

• 24/7 technical support and service
• Rapid response to customer inquiries
• Regular maintenance and repair services
• Free product training and installation services
• Remote monitoring and technical support

Packing and Shipping:

Packaging and Shipping for Pulp Molding Tableware Machine.

The package should be packed in a good condition and be labeled with the product name, model, and shipping address. The box should be handled with care to avoid damage during transportation. The Pulp Molding Tableware Machine should be shipped with a reputable carrier. The shipping route should be tracked to ensure the product arrives in a timely manner and in good condition.

FAQ:

How to make moulded pulp?

Molded pulp, a sustainable and eco-friendly material, is commonly used for making various products such as packaging, tableware, and more. To create molded pulp, you typically follow these steps:

Raw Material Preparation:
The primary raw material used for molded pulp is pulp fiber. This fiber can come from various sources, including wood, sugarcane bagasse, bamboo.

Molding Process:
The pulped material is then mixed with water to create a uniform pulp suspension. The consistency of this mixture is crucial for proper molding.
The pulp mixture is poured into molds designed for the specific product being manufactured. These molds can have various shapes and sizes.
In the molding process, excess water is drained, and the pulp begins to take the shape of the mold. Vacuum or pressure can be applied to assist in shaping and consolidating the pulp.
The molds are then heated, typically through hot pressing, to remove additional moisture and to strengthen the molded pulp.
The dried molded pulp products are trimmed, cut, or otherwise finished to meet specific design requirements.

Packaging and Distribution:
The finished molded pulp products are ready for packaging and distribution.
These products are biodegradable and environmentally friendly, making them suitable for various applications, such as food packaging, tableware, protective packaging, and more.

The specific equipment and techniques used in molded pulp production can vary depending on the type of product being manufactured, the desired quality, and the production scale. It's important to note that molded pulp is a sustainable alternative to traditional plastic and foam packaging, contributing to reduced environmental impact and waste.