Heat Treatment H13 Die Steel Precision Mould Parts Core Insert Type

Heat Treatment H13 Die Steel Precision Mould Parts Core Insert Type

ODM Heat Treatment H13 Die Steel Mold Core Insert Components for Edible Oil Plastic Bottle Cap

What is Core Insert Components Molding?

Core Insert Components molding is a specific case of the wider concept of injection molding. In Core Insert Components molding, components are inserted into the mold before injecting the molding material, in order to form part of the final product. These components usually consist of materials with properties different from the parent material. A classic case is where a brass fastener is molded into a softer parent material, in order to be used as a structural bearing surface

Injection molding is a widely used manufacturing technique with many advantages. The molding material sometimes lack mechanical, chemical or electrical properties with a certain application. By combining multiple materials into one product, an efficient trade-off can often be achieved. This combines, for example, the low cost of injection molding with the good mechanical properties of a brass nut. It is a process with many advantages over injection molding and assembly, which will be discussed in this article

The process of Core Insert Components molding differs from conventional injection molding in that certain parts are inserted into the mold prior to the molding material. It is very similar in this regard to the process of over molding. The mold is designed in such a way that makes provision for these inserts. The Mold Core Insert Components have to be held in their respective positions during the material injection, so as to retain the location and orientation thereof. these Mold Core Insert Components may be inserted into the mold by hand, or with an automated process. A simplification of the process is shown below:

Step 1: The component is inserted onto a retainer inside the mold
Step 2: The molding material is injected into the mold, flowing around the Mold Core Insert Components
Step 3: The product is removed from the mold, encapsulating the Mold Core Insert Components

Specification Of Mold Core Insert Components:

Our Service:

1. Product Design
We Provide Plastic Mold Parts Design Service As Customer's Request

2. Provide The Sample
Once the sample finish, we will send the sample to customer confirm

3. Mass Production
After customer confirmed the sample, we will start mass production plastic products

4. Assembly
We Also Provide Assembly Service For Our Customer

5. Painting&Coating
We can provide coating service for your customers

6. Packaging Carton Box
We also make the packaging box as customer request

FAQ:

Q1: Are You Trading Company Or Manufacturer?
A: We are original manufacturer. we can do OEM/ODM business

Q2: How Long Is Your Delivery Time?
A: Group buying delivery time: 30-60 days; General delivery time: 20 days

Q3: What Is Your Terms Of Payment?
A: T/T 30% as deposit, and 70% before delivery

Q4: How To Buy Your Products?
A: You can buy the products from our company directly. Normally the procedure is sign the contract, payment by T/T, Contact the shipping company to delivery the goods to your country

Q5: What Is The Warranty?
A: The free warranty is one year from the day of Commissioning qualified. If there is any fault for our products within the free warranty period, we will repair it and change the fault assembly for free

ABOUT US

Dongguan SENLAN Mold Parts Co., Ltd. was established in 2012 and specializes in precision machining of mold components, particularly for non-standard customization in precision packaging molds. With years of industry experience and technical expertise, we provide efficient and professional mold parts processing services to global clients.

Core Business

We focus on precision machining of multi-cavity mold components, including plastic mold cavities, core pins, inserts, movable core assemblies, and automotive die-casting mold cores and inserts. Our products are primarily used in precision packaging molds for industries such as daily-use packaging, cosmetics packaging, medical consumables and packaging, as well as automotive, electronics, and automation.

Technical Advantages

Advanced Equipment: We are equipped with internationally renowned equipment, including Hardinge CNC lathes, Makino EDM machines, Makino milling centers, Sodick wire-cutting machines, and a series of precision grinders, ensuring high-precision machining.

Strict Quality Control: Equipped with Zeiss coordinate measuring machines (CMM) and other precision inspection tools, we ensure stable performance and superior quality.

High-Quality Materials and Heat Treatment: We use premium materials from leading brands and ensure that each material undergoes heat treatment by its original manufacturer, guaranteeing optimal performance and reliability.

Professional Team: Our management and technical team have over ten years of experience in plastic and die-casting mold production, offering customized solutions to meet client needs.

Customer Service

We adhere to the philosophy of "Quality First, Honest Service," committed to providing high-quality products and excellent service. Whether it's complex multi-cavity mold components or custom parts with special requirements, we deliver precise machining to meet the high standards of precision plastic molds.

Future Vision

SENLAN will continue to focus on technological innovation and quality improvement, working closely with global clients to drive the advancement of the mold industry.