Disposable Paper Plate Making Machine
With growing concerns about the environment and sustainability, there’s a rising preference among businesses and consumers for biodegradable, recyclable, or renewable paper tableware. Concurrently, numerous countries and regions have enforced limitations or outright bans on disposable plastic products, actively prompting businesses and consumers to opt for eco-friendly paper alternatives. Our Disposable Paper Plate Making Machine offers low production costs, enabling customers to achieve substantial profit returns.
Simple Or Advanced, Be Comfortable With Rapid Development
- 1 Forming 2 Hotpressing
- International Branded Robot Auto Trimming
- Highly cost-effective intelligent control system;
- Flexible, precise, and stable production;
- Safe and straightforward operation and maintenance;
- Remote intelligent production monitoring;
- Integrated design for trimming and stacking;
- Intelligent process connectivity through robots.
- Platen Size: 980 x 940 mm
- 1 Forming 2 Hotpressing
- International Branded Robot Auto Trimming
Tableware Machine Line
The pulp molding tableware machine has become increasingly popular as a sustainable substitute for conventional disposable plastic tableware. Its environmentally friendly and easily biodegradable features render it a perfect option for a range of purposes. Here are numerous situations where pulp tableware proves its value and aids in fostering a more eco-conscious future.
Technical Parameters
| Model | BW2-9895C | ||
| Max Capacity / Machine | 500 KG / Day | ||
| Recommended Machines | 3 sets | 6 sets | 12 sets |
| Machine Structure | Forming Station x1, Hotpress Station x2, | ||
| Platen Size | 980 × 940 mm | ||
| Working Pressure | Hotpress 30 Ton | ||
| Cycle Time | Depends on Worker Efficiency | ||
| Heating Energy | Electricity / Conduction Oil | ||
| Production Line Space | 400 m2 | 600 m2 | 1000 m2 |
| Raw Material | Paper Pulp | ||
| Max Product Height | 60 mm | ||
Production Process
How does Sugarcane Bagasse Tableware Making Machine work? Raw Material – Pulping-Deflaker & Refiner – Proportioning – Providing – Forming – Trimming
Drying system
Applying sufficient hot air uniformly across the surface of the pulp molding items to eliminate the moisture evaporating from the damp products. Following the drying process, they are directed towards automatic stacking and shrink wrapping for packaging.
Pulp Preparation System
Primarily utilizing discarded paper as its primary source, the hydrapulper breaks down waste paper boxes, old newspapers, corrugated cardboard, and similar materials. This process involves separating impurities, screening, and deflaking to create a pulp slurry. This slurry is then prepared in accordance with the requirements of pulp molding equipment for subsequent stages in the manufacturing process.
Forming System
The slurry is used to create products through vacuum suction within the forming mold. Afterward, the pulp molded items are transferred using a transfer mold and directed to the subsequent drying line.
Our Clients
Molded Applications
The pulp molding tableware machine employs specialized molds to transform fibrous biomass raw materials into desired shapes. Following this step, the items undergo finishing processes to create a range of tableware products, such as dinner plates, bowls, cup lids, lunch boxes, and more.
Frequently Asked Questions
The estimated production time will be around 130 days, from the receipt of order, deposit payment and/or L/C.
Our company will arrange 2 people as guide installers, and the customer will arrange installers. It usually spents 60-90 days that depends on the number of equipment purchased.
The rate of return is high, and it usually pays back in 2-3 years.
HGHY has helped more than 300 clients in over 60 countries setting up their plants with leading capacity and superior quality production.
Request a Quote
We would love to speak with you.
Feel free to reach out using the below details.
Kindly outline your needs based on the following aspects:
1. What specific types of waste are you aiming to recycle at present? (Primary Focus)
2. What specific end product are you aiming to obtain, and for what purpose? (Critical information for deeper discussion)
3. What capacity requirements do you seek? (Tailored equipment design support)
4. At which stage is your project currently: preliminary research or comparative evaluation? (Vital information for project management)
5. Are there any additional inquiries or specific requirements you’d like to address with Beston? (Personalized assistance from our project consultants)
