High Precision and Efficient Industrial Air Cooler Injection Mould
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Product Details
| Customization: | Available |
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| Warranty: | 1 Year |
| Shaping Mode: | Injection Mould |
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Basic Info.
- Model NO.
- YD00111
- 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
- 600mm*500mm*400mm, ABS material
- Trademark
- Auto Mold
- Origin
- Zhejiang, China
- HS Code
- 8480719090
- Production Capacity
- 350 Sets
Packaging & Delivery
- Package Size
- 200.00cm * 60.00cm * 40.00cm
- Package Gross Weight
- 6.000kg
Product Description
Specification
Precision | ±0.01mm |
Material | ABS |
Dimension | 600mm×500mm×400mm |
Mold Life | 500,000 Shots |
Packing & Delivery
• Package Contents:
Main body of Cooler Injection Mould
Multilingual Product Manual
Warranty Card
Wooden Packaging Box (100% recyclable material, highlighting environmental protection)
• Shipping Timeframes:
EU Region: 5 - 7 Business Days
APAC Region: 10 - 15 Business Days
North America Region: 7 - 10 Business Days
• Shipping Costs: Free shipping on orders over $500 (adjustable according to actual situation)
• Customs/Duties: Buyers are responsible for duties; we assist in providing necessary documents for customs clearance.
• Damage Handling: Free replacement for shipping-damaged items.
• Tracking Service: Logistics tracking number provided, allowing real-time query of shipping status.
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: Can the cooler injection mould be customized for different cooler injection models?
A: Yes. We offer fully customized mould solutions based on your specific cooler product designs and technical requirements.
Q2: : What is the lead time for the cooler injection mould?
A: Generally, it takes 45 days. The exact time may vary depending on the complexity of the mould.
Q3: How to ensure the quality of the cooler injection mould?
A: We conduct strict quality inspections at every stage of production, including material testing, dimensional accuracy checks, and trial runs, to ensure the mould meets high standards.
How to maintain molds?
Mold maintenance requires regular upkeep to extend its service life and ensure production precision, mainly involving the following aspects:
1.Cleaning after production
After each production run, thoroughly clean residual plastic, oil stains, and impurities from the mold cavities, cores, and parting surfaces. Use special cleaning agents or soft cloths for wiping to prevent from damaging the surface.
2.Rust prevention
After cleaning, spray anti-rust oil on the mold surface (especially metal contact areas such as cavities, guide pillars, and guide bushes). For molds out of use for a long time, more comprehensive rust prevention is needed, such as covering them with anti-rust paper or films.
3. Lubrication maintenance
Regularly apply special lubricants (such as high-temperature grease) to moving parts like guide pillars, guide bushes, sliders, and ejector pins to ensure smooth movement and reduce wear.
4. Regular inspection
Check if all mold components (such as screws and locating pins) are loose and tighten them promptly.
Inspect cavities and cores for scratches, cracks, or wear, and repair minor damages in time.
Check if the cooling system (water pipes, joints) is blocked or leaking to ensure proper heat dissipation.
5. Proper storage
Unused molds should be stored in categories, avoiding stacking and extrusion. Keep the storage environment dry and ventilated, and away from corrosive substances.
6. Professional maintenance
Conduct a comprehensive overhaul after a certain number of production cycles (e.g., 10,000 cycles), including replacing (such as springs and sealing rings) and repolishing cavities, which should be operated by professionals.
After each production run, thoroughly clean residual plastic, oil stains, and impurities from the mold cavities, cores, and parting surfaces. Use special cleaning agents or soft cloths for wiping to prevent from damaging the surface.
2.Rust prevention
After cleaning, spray anti-rust oil on the mold surface (especially metal contact areas such as cavities, guide pillars, and guide bushes). For molds out of use for a long time, more comprehensive rust prevention is needed, such as covering them with anti-rust paper or films.
3. Lubrication maintenance
Regularly apply special lubricants (such as high-temperature grease) to moving parts like guide pillars, guide bushes, sliders, and ejector pins to ensure smooth movement and reduce wear.
4. Regular inspection
Check if all mold components (such as screws and locating pins) are loose and tighten them promptly.
Inspect cavities and cores for scratches, cracks, or wear, and repair minor damages in time.
Check if the cooling system (water pipes, joints) is blocked or leaking to ensure proper heat dissipation.
5. Proper storage
Unused molds should be stored in categories, avoiding stacking and extrusion. Keep the storage environment dry and ventilated, and away from corrosive substances.
6. Professional maintenance
Conduct a comprehensive overhaul after a certain number of production cycles (e.g., 10,000 cycles), including replacing (such as springs and sealing rings) and repolishing cavities, which should be operated by professionals.
What is Mold Flow Analysis?
Why Do We Need It?
Simply put, it uses a computer to simulate the entire process of plastic injection molding in advance—it shows how molten plastic fills the mold and cools to harden. It's like a "digital rehearsal" for production. Without actually opening the mold or conducting trial production, you can see the flow of plastic and potential problems with the final product.
The core purpose is to avoid detours, save money, and improve product quality:
1. Cost savings: It prevents the need to modify the mold (which is extremely expensive) after it's been made due to discovered issues, and reduces the raw materials and time wasted on trial production.
2. Quality improvement: It identifies potential product defects (such as air bubbles, deformation, and dents) in advance, allowing these issues to be resolved before production begins.
3. Faster production: It optimizes cooling time (the longest part of the injection molding process), thereby increasing production efficiency.
For example, when manufacturing a phone case, mold flow analysis can determine in advance "where the plastic enters the mold" and "how to cool it faster," preventing the finished case from being deformed or having visible marks.
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