High - Speed Injection Customizable Colorful Plastic Storage Box Mould for Retail

• Customization: Available
• Warranty: 1 Year
• Shaping Mode: Injection Mould
• Model NO.: YD00560
• Surface Finish Process: Polishing
• Mould Cavity: Single Cavity
• Plastic Material: ABS
• Process Combination Type: Single-Process Mode
• Application: Car
• Runner: Hot Runner
• Design Software: UG
• Installation: Fixed
• Certification: TS16949
• Standard: HASCO
• Customized: Customized
• After-sales Service: 1 Year
• MOQ: 1 Set
• Lead Time: 45 Days
• Transport Package: Wooden Box
• Specification: 500mm*350mm*280mm, ABS material
• Trademark: Auto Mold
• Origin: Zhejiang, China
• HS Code: 8480719090
• Production Capacity: 350 Sets
• Package Size: 200.00cm * 60.00cm * 40.00cm
• Package Gross Weight: 6.000kg

Product Description

Specification

Product Name	Multi-functional Reinforced Plastic Storage Box Mould
Material	Food-grade PP material (2.5mm thickness) with excellent resistance to high/low temperature (-20℃ to 60℃), impact, and moisture; edges reinforced with ABS strips for enhanced load-bearing capacity and durability.
Injection System	Compatible with mainstream injection molding machines, with precise gate design for uniform material filling and high product consistency.
Color & Certification	Standard colors: white, gray, blue (custom colors available with MOQ 500 units) Certifications: SGS tested, FDA food contact safety certified, ISO9001 quality management system certified.

Packing & Delivery

Packaging Details:

Inner Packaging:

Each mould is wrapped with anti-rust film and placed in a custom-made wooden box with shock-absorbing foam to prevent collision and moisture during transportation. 

Outer Packaging:

Wooden boxes are sealed and marked with warning signs such as "Fragile", "Handle with Care", and "Keep Dry" to ensure safe transit.

Delivery Terms:

Shipping Methods:

By sea, air, or express (DHL, FedEx, UPS, etc.) according to customer requirements; sea freight is recommended for large quantities to save costs.

Lead Time:

30-45 days after receiving the deposit; sample delivery can be arranged within 15 days for urgent needs.

Port of Loading:

Ningbo/Shanghai Port, China.

Shipping Documents:

Provide complete shipping documents including commercial invoice, packing list, bill of lading (for sea freight), certificate of origin, and inspection certificate as required by customers.

After-sales Service:

Offer lifetime technical support; if there is any mould failure during use, our professional team will provide remote guidance or on-site maintenance services (costs to be negotiated separately).

Company Profile

Yu Da Mould

Yuda Mould Co., Ltd. is located in Huangyan, Zhejiang – the "Hometown of Moulds in China", Taizhou Yuda Mould Co., Ltd. was founded in 2020. It integrates the design, manufacturing and sales of injection moulds, mainly focusing on the following product categories: Electric bicycle kits, Automotive interior and exterior parts , Tricycle electric vehicle kits and Motorcycle components.

The company boasts a professional design team and mould project managers with rich experience, as well as a sound quality management system, which has passed the high-standard quality inspection and gained recognition from all partners. Our company equipped with a large number of machines, it owns a total of 82 sets of equipment, including 2 sets of 5-axis machines, high-speed milling machines, high-speed engraving machines, double-head EDM machines, drilling machines and deep-hole drilling machines.

 

FAQ

Q1: What material options are available for the plastic Storage Box mould?

A:Common materials include food-grade PP, ABS, and modified engineering plastics. We can also recommend or customize materials based on your requirements for durability, impact resistance, temperature resistance, and environmental friendliness.

Q2: How is the quality of the plastic Storage Box mould guaranteed?

A:  We implement strict quality control throughout the process, from raw material inspection, mould design (including mold flow analysis), production manufacturing, to final mould testing. This ensures the mould's durability, structural stability, and high-precision molding performance.

Q3: What is the production lead time for the plastic Storage Box mould?

A:The regular production lead time is 25-35 days. If the mould structure is complex or there are special customization requirements (such as multi-cavity, high-precision machining), the lead time may be adjusted. Please consult our sales team for details.

How to maintain the mold?

To ensure the long-term stable operation of plastic trash bin trash bin molds, maintenance should be carried out in various aspects including daily cleaning, regular maintenance, rust protection, and storage management. Here are detailed mold maintenance points:

I. Daily Cleaning:

1. Cleaning after Injection MoldingAfter each injection molding cycle, promptly clean residual plastic debris and oil stains from the mold cavity, core, and parting surface. Use a dedicated mold cleaner with a soft brush or non-woven cloth for wiping. Avoid scratching the mold surface with hard tools.

2. Vent Hole CleaningRegularly inspect and clean the mold's vent holes to prevent blockage by plastic debris or impurities. Blocked vents can affect gas discharge during injection, leading to product defects such as bubbles and material shortage.

II. Regular Maintenance:

1. Lubrication of Moving PartsApply special high-temperature mold grease to moving parts such as slides, guide pillars, and guide sleeves regularly (recommended every 2000 injections or once a week). This reduces friction and wear between components, ensuring smooth operation.

2. Inspection of FastenersRegularly check the mold's fasteners such as screws and bolts to ensure there is no loosening or thread stripping. If worn or loose fasteners are found, replace or tighten them promptly to prevent mold deformation due to uneven force during injection molding.

3. Replacement of(Vulnerable Parts)Pay attention to the mold's vulnerable parts (such as seals and springs). Replace them promptly according to usage frequency and wear level to prevent issues like water leakage and movement jamming caused by failed vulnerable parts.

III. Rust Protection:

1. Rust Prevention During Idle PeriodsIf the mold will be idle for an extended period (more than 1 week), evenly spray a dedicated mold rust inhibitor on its surface, wrap it with rust-proof film, and store it in a dry, well-ventilated environment. Avoid contact with humid air or corrosive substances.

2. Rust Prevention After Injection MoldingAfter each cleaning, apply a thin layer of anti-rust oil to the mold surface (excluding the working areas of the cavity and core). Pay special attention to corners, gaps, and other areas prone to water accumulation to prevent mold rusting.

 

What is Mold Flow Analysis?

Mold Flow Analysis is a technology that uses computer simulation techniques to simulate the injection molding process of plastics in the mold cavity, including flow, holding pressure, cooling, and warpage. By constructing digital models of the mold and plastic materials, it simulates the entire process of molten plastic entering the mold cavity from the injection machine nozzle, going through filling, holding pressure, cooling, and finally solidifying into a shape. This allows for the prediction of potential problems during the molding process.

Why Conduct Mold Flow Analysis?

1.Identify and Resolve Molding Defects in Advance:

It can predict whether the product will have defects such as short shots (insufficient filling), weld lines, air traps, sink marks, and warpage deformation before the mold is manufactured. For example, if the simulation shows that filling is difficult in a certain area, the gate position, quantity, or mold runner design can be optimized in advance. This avoids rework due to defects after the mold is completed, saving time and costs.

2. Optimize Mold and Process Design:

• Mold aspect: It helps determine the gate position, runner size, cooling water circuit layout, etc., making the mold design more reasonable and improving mold performance and service life. 

• Process aspect: It optimizes process parameters such as injection pressure, injection speed, holding time, and cooling time, ensuring a stable molding process and improving production efficiency.  

3. Reduce Production Costs:

It reduces the number of mold test runs (traditional mold testing may require multiple adjustments to solve problems), saving the cost of test materials, labor, and time. At the same time, it lowers the scrap rate caused by product defects, improves product qualification rates, and indirectly reduces production costs. 

4. Improve Product Quality and Consistency:

It ensures that plastic fills and cools evenly in the cavity, reducing issues such as product dimensional deviations and differences in mechanical properties. This makes the quality of the produced products more stable, meeting the market demand for high precision and high quality.