Mould Specifications
|
Mould name |
Crate injection mould |
|
Crate material |
HDPE/PP, plastic |
|
Crate size |
450X360X240mm |
| Crate weight |
1.6kg |
|
Mould material for cavity &. Core |
P20, 718, 2738 |
|
NOs of cavity |
1 cavity |
|
Injection system |
Cold/Hot runner |
|
Suitable injection machine |
350T |
|
Mould size |
760x880x340mm |
|
Mould lifetime |
more than 500,000pcs |
In What Areas Can Plastic Crate Be Used In Daily Life?
Plastic crates are very practical storage containers that can be used in many aspects of life. They not only help us organize and store items, but also improve our quality of life and efficiency.
Firstly, in the home, we can use plastic crate to organize clothes, shoes, toys and other miscellaneous items. By placing different types of items in separate plastic crate, it helps maintain the tidiness and order of the home. Moreover, when we need to move or tidy up a room, plastic storage boxes can also help us conveniently pack and transport items.
Secondly, in the office, plastic crates are also indispensable storage tools. We can use them to organize documents, office supplies, and other work items, keeping the office desk clean and tidy. Moreover, when we need to relocate the office or temporarily store some files and materials, plastic crate can also play an important role.
Apart from homes and offices, plasti crate also have extensive applications in the business sector. In the warehousing and logistics industries, plastic crate can help enterprises conveniently store and transport goods. Due to their lightweight, sturdy and durable features, they can effectively protect goods from damage and save operational costs.
Furthermore, in travel and outdoor activities, plastic crate can also play a significant role. We can use them to organize luggage, load outdoor tools and food, making it convenient to carry and clean. During camping and outdoor expeditions, plastic crate can help us organize and protect our equipment, ensuring the smooth progress of the activities.
The plastic crate is a very practical storage container that can play an important role in various aspects of life. Whether in the home, office, business field or outdoor travel activities, the plastic crate can help us better organize and store items, improving the quality of life and efficiency. Let's cherish the plastic crate and use it carefully, making life more orderly and convenient.
Designs For Product &. Mould
Why Is The Plastic Crate Mold Designed With Four-Slider Structure?
Adaptability for complex structures: The structure of the plastic crate may be quite complex, requiring core pulling in multiple directions. The four-slider structure can meet this requirement, ensuring smooth demolding in different directions.
Improving mold accuracy: The four-slider structure can better control the opening and closing actions of the mold, ensuring the accuracy and stability of the mold. This is extremely important for producing high-quality plastic crate.
Reduce interference: By properly designing the junction lines of the sliders and the driving methods, the interference between the sliders can be minimized, ensuring the smooth and error-free operation of the mold during opening and closing.
Optimizing the cooling system: The four-slide structure can provide more space for the design of the cooling system, thereby enhancing the cooling efficiency of the mold and shortening the production cycle.
Easy maintenance: The design of the four slider enables the sliding block part to be separated from the slider seat, facilitating the maintenance and repair of the mold.
The application of the four-slider structure in plastic crate molds can enhance the adaptability, precision, stability and production efficiency of the molds, while also facilitating maintenance and repair.
Plastic Crate Mold Processing Steps
Demand analysis and design: Based on the customer's requirements and product specifications, conduct demand analysis and design. This step includes determining the size, shape, material parameters of the product, and designing the mold structure and breaking down the parts.
Material selection and procurement: According to the design requirements, select suitable mold materials. Common mold materials include steel, aluminum alloy, etc. Then, carry out material procurement and preparation work.
CNC processing: Use computer numerical control (CNC) machines to process the mold materials. This step includes operations such as turning, milling, drilling, etc., to shape and size the mold materials to the required specifications.
Precision processing: On the basis of CNC processing, carry out more precise processing techniques, such as electrical discharge machining, wire cutting, etc. These techniques can achieve high-precision processing of the mold, ensuring the quality and accuracy of the mold.
Surface treatment: Perform surface treatment on the mold to improve its wear resistance and corrosion resistance.
Assembly and debugging: Assemble the processed mold parts and conduct debugging. This step includes mold assembly, adjustment, and testing to ensure the normal operation and stability of the mold.
Trial molding and mold repair: After completing the assembly and debugging of the mold, conduct trial molding and mold repair. If problems are found, mold repair is needed to adjust the mold structure or size to achieve the expected molding effect.
What Are The Requirements For The Cooling Effect of Plastic Crate Mould?
In the production process of plastic crate mould, the cooling effect is a very important aspect. An excellent cooling effect not only can enhance production efficiency, but also can ensure the quality and stability of the products. So, what are the requirements for the cooling effect of plastic crate mold?
Firstly, the plastic crate mold requires rapid and uniform cooling effects. During the injection molding process, the plastic needs to be rapidly cooled and set after melting. Otherwise, it is prone to product deformation or the occurrence of defects. Therefore, the design of the mold cooling system should be reasonable, with the flow speed and temperature of the cooling water being moderate, to ensure that the plastic crate mold can cool down quickly during the production process and guarantee the quality of the product.
Secondly, the plastic crate mold also require stable and controllable cooling effects. Stable cooling performance can ensure that the quality of each product is consistent, and no quality issues caused by excessively high or low temperatures will occur. At the same time, the controllable cooling effect can also be adjusted according to different production needs, thereby improving the flexibility and efficiency of production.
Furthermore, the plastic crate mold also require energy-saving and environmentally friendly cooling effects. A well-designed cooling system not only enhances production efficiency but also reduces energy consumption and lowers production costs. Additionally, the recycling of cooling water can also decrease water resource consumption and achieve green and environmentally friendly production.
The requirements for the cooling effect of plastic crate mold are diverse, and they need to take into account aspects such as product quality, production efficiency, cost control, and environmental protection. Only under these requirements can plastic crate mold achieve the best production effect, meet market demands, and enhance the competitiveness of the enterprise. Therefore, in the design and production process of plastic crate molds, the optimization of the cooling effect is a very important step that requires attention and care.
Why Do Customers Place Great Importance On The Delivery Time of Plastic Crate Mold?
Production planning arrangement: Customers usually have clear production plans and schedules. The delivery time of the molds directly affects the production progress of the customers. If the molds cannot be delivered on time, it may lead to the delay of the entire production plan, thereby affecting the delivery of customers' orders and market supply.
Cost Control: The delivery time of molds is closely related to the production cost. If the molds cannot be delivered on time, the customer may have to pay additional fees, such as overtime pay, storage fees, etc., to ensure the smooth progress of the production plan. Moreover, delays may also cause the customer to lose orders or market opportunities, thereby resulting in economic losses.
Market Competition: In a highly competitive market environment, time is money. Customers need to bring their products to the market as soon as possible to seize market share. The delivery time of molds directly affects the launch time of the products, so customers are very concerned about the delivery time of molds.
Supply Chain Management: For many customers, molds are a crucial part of their supply chain. The delivery time of molds can affect the operational efficiency of the entire supply chain. If molds cannot be delivered on time, it may cause the disruption of the supply chain, thereby impacting the production and delivery capabilities of the customers.
Quality Assurance: The quality of the mold directly affects the quality of the final product. Customers expect to obtain the mold as soon as possible while ensuring the quality, so as to start production promptly. If the mold cannot be delivered on time, the customer may need to re-evaluate the supplier's capabilities and even consider changing the supplier, which will increase the customer's management costs and risks.
