Lightweight Aluminum Automotive Grille Injection Mould

Product Description

Specification

Dimension	Length × Width × Thickness:  1200mm × 350mm × 50mm
Type	Honeycomb / Horizontal Slat / Dot Matrix / Sport Style
Materia	ABS Plastic (Chrome Plated / Matte Black Coating) / Aluminum
Ventilation Area	65% Effective Ventilation Area Ratio

Packing & Delivery

Package Content:   Car Grille × 1, Installation Manual × 1, Warranty Card × 1    
Packaging Material:   100% Recyclable Carton Box with Protective Foam Inside    
Shipping Timeline    EU: 5-7 Business Days; APAC: 10-15 Business Days; USA: 6-8 Business Days    
Shipping Cost :  Free Shipping on Orders Over $599    
Customs/Duty:Duties Calculated at Checkout (Buyer Responsible)    
Damage Protection: Free Replacements for Shipping Damaged Items; With Tracking Number Provided    

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.

 

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: Does this grille fit my car?

A: Please provide your car's year, brand, and specific series, and we will accurately match the suitable grille model for you.

Q2: What is the material of the grille injection mould and how is its collision performance?

A: It is made of high-strength ABS plastic (or aluminum alloy, depending on the actual product), has passed industry-standard collision tests, and can effectively cushion low-speed collision impacts to protect the main body structure of the vehicle.

Q3: How do I claim warranty service?

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

What is mold flow analysis?

Why do we need to conduct mold flow analysis?

Mold Flow Analysis is a computer-aided engineering (CAE) technology based on computational fluid dynamics (CFD) and the principles of plastic molding. Its core lies in using software to simulate the entire process of plastic flow, pressure holding, cooling, and warpage in the mold, predicting potential molding defects (such as short shot, sink mark, and warpage) in advance. This enables the optimization of mold design, process parameters, and material selection, ultimately achieving cost reduction, efficiency improvement, and quality enhancement.

The core purpose of conducting Mold Flow Analysis is to solve three key issues in plastic molding, making production more hassle-free:

1. Avoid problems in advance: Simulate potential defects (such as short shots and warpage) before mold opening, eliminating the need for rework after test molding.
2. Save money and time: Reduce the number of test moldings (from 3-5 times to 1-2 times) to cut test molding costs, shorten the development cycle, and get products to market faster.
3. Optimize solutions: Help finalize mold design, production parameters, and materials, minimizing defective products during mass production and improving efficiency.

What Types of Steel Are Mainly Used for Automotive Part Molds?

Automotive part molds use a variety of steel grades based on different application scenarios and performance requirements. The common ones are as follows: 

1. P20 Steel: A type of pre-hardened mold steel with good machinability and high hardness. It is suitable for manufacturing small and medium-sized molds, such as molds for automotive interior parts and instrument panels.

2. 718 Steel: A high-strength and high-hardness mold steel with excellent wear resistance and corrosion resistance. It can be used to produce large molds, such as those for automotive body parts and engine components. 

3. H13 Steel: A hot-work mold steel featuring good heat resistance and wear resistance. It is often used in molds that operate under high-temperature conditions, such as molds for automotive engine blocks and exhaust pipes. 

4. S136 Steel: A stainless steel mold steel with outstanding corrosion resistance and wear resistance. It is suitable for manufacturing molds requiring high surface quality, such as molds for automotive outer casings and vehicle lamps. 

5. NAK80 Steel: A mold steel with high hardness and high wear resistance, along with good machinability and corrosion resistance. It is ideal for molds that demand high dimensional accuracy, such as molds for automotive components and injection molding dies. 

6. 2311 Steel: A low-alloy mold steel with good machinability and wear resistance. It can be used to make small and medium-sized automotive molds, such as those for automotive interior parts. 

7. 2344 Steel: A high-hardness and high-wear-resistance mold steel with good heat resistance and corrosion resistance. It is commonly used in high-temperature service molds like those for automotive engine blocks and exhaust pipes. 

8. 8407 Steel: Also a high-hardness and high-wear-resistance mold steel, it has excellent heat resistance and corrosion resistance. It is suitable for molds working in high-temperature environments, such as those for automotive engine blocks.