New Energy Vehicle-Fit High-Strength Auto Bumper Injection Mould

• Customization: Available
• Warranty: 1 Year
• Shaping Mode: Injection Mould
• Model NO.: YD00807
• 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, ISO
• Standard: HASCO
• Customized: Customized
• After-sales Service: Provide Mold Maintenance Guidance
• MOQ: 1 Set
• Lead Time: 45 Days
• Environmental Protection and Compliance: Complies with RoHS Environmental Standards
• Transport Package: Wooden Box
• Specification: 1500mm*600mm*200mm, 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

Applicable Car Models	Medium sedans
Size (Length×Width×Height)	1500mm×600mm×200mm
Material	ABS (Acrylonitrile-Butadiene-Styrene Copolymer)
Color	Black (White, Silver, etc. customizable)

Packing & Delivery

• Package Contents: 1×Car Bumper, 1×Installation Manual, 1×Bolt Kit, 1×Quality Inspection Report

 • Shipping Time:  North America: 8 - 12 Business Days  Europe: 5 - 7 Business Days  Asia - Pacific: 3 - 5 Business Days

 • Shipping Cost: Free shipping on orders over US$500; For orders under US$500, shipping cost is US$50 for North America, US$40 for Europe, and US$30 for Asia - Pacific

 • Damage Protection: Free replacement for shipping damage

 • Tracking Instructions: DHL/UPS tracking number provided, which can be used to check the logistics status on the corresponding official website

Company Profile

YUDA MOLD

our 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.

 

Since its establishment, the company has always adhered to the corporate tenets of "Customer First, Integrity Service, Continuous Innovation" and "Being Down-to-Earth, Hardworking, Courageous and Aggressive". Guided by the core philosophies of "Creating Value for Customers" and "Quality and Safety First", it devotes itself to studying market demands and serves customers with solid professional skills and a pragmatic work attitude. The mission of Yuda is to create value for its customers, partners and employees.

FAQ

Q1: What is the warranty period for the car bumper injection mould?    

A: 1 YEAR. If there is any quality problem during this period, we will provide free replacement or repair.    

Q2:  What materials are car bumpers injection mould made of?

A:  Mainly ABS, PP (Polypropylene), or composite materials. ABS offers good impact resistance and durability; PP is lightweight and cost - effective; composites excel in high - performance scenarios.

Q3: How do I claim warranty service?

A: Email your order ID and issue description to ***@***.com. We'll respond within 24 hours.

How to maintain mold?

1. Pre-use Inspection (5-10 Minutes)

Appearance:  Check for cracks, deformation, or rust on the mold surface. Focus on the parting surface (the contact surface during mold clamping) for foreign objects (e.g., plastic residues, metal shavings). If any are found, wipe them clean with a soft cloth dipped in alcohol to avoid mold damage during clamping.

Components:  Inspect guide pillars and bushings (mold positioning parts) for sufficient lubrication. If dryness or abnormal noise occurs, apply specialized mold grease (avoid ordinary engine oil, which may corrode the mold). Ensure ejector pins (parts for pushing out products) are flexible and free from jamming.
Parameters: Verify that mold temperature and pressure settings match the material of the products to be produced (e.g., plastic, metal). Prevent mold overload caused by improper parameters (e.g.,excessively high temperature for high-temperature plastics may cause adhesion to the mold cavity).

2. Post-use Cleaning and Protection (Within 30 Minutes After Production)
Thorough Cleaning: Spray the mold cavity (space for product forming) and core with specialized mold cleaner to remove residual material residues. Dry with compressed air (to avoid rust from residual moisture). For molds with cooling channels, open the drain valve to empty accumulated water and prevent freezing cracks or channel blockages in winter.
Rust Prevention: After cleaning, apply a thin, even layer of anti-rust oil to metal contact surfaces such as the parting surface, guide pillars, and ejector pins (select a type compatible with subsequent production materials; e.g., avoid anti-rust oil that may contaminate plastic for plastic molds).

Finally, cover the mold with a dust cover to prevent dust accumulation.

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.