1.2344 (H13) High-Temperature Mold Core Pins | Custom Precision Injection Parts

Product Overview

Senlan Precision offers GB 1.2344 non-standard mold core pins designed for high-temperature resistance in plastic injection molding applications. Manufactured from high-quality materials, these core pins provide excellent durability and precision for industries requiring reliable and efficient molding components.

Key Features & Advantages

• High-Temperature Resistance
  The GB 1.2344 material offers superior resistance to thermal fatigue, ensuring long-lasting performance under high-temperature conditions.

• Non-Standard Design
  Custom-designed core pins to meet unique specifications and application requirements.

• Precision Manufacturing
  CNC machining ensures tight tolerances and high-precision components for enhanced mold performance.

• Wear & Corrosion Resistance
  The high alloy content in the 1.2344 material ensures resistance to wear and corrosion, improving mold longevity.

• Custom & OEM Services
  Tailored designs and specifications for custom applications and OEM solutions.

Applications / Industry Use

• Plastic Packaging Molds: Essential for producing components such as bottle caps, containers, and other packaging parts requiring high precision.

• Medical Device Molds: Ideal for molds used in the production of medical equipment and supplies, ensuring precision and reliability.

• High-Performance Injection Molding: Perfect for molds used in demanding applications, such as industrial components, requiring high durability and accuracy.

• Custom Molding: For industries requiring unique and specialized mold core pins with specific performance characteristics.

Mold Structure & Design Description

• Material: Made from GB 1.2344 high-temperature-resistant steel, offering excellent thermal stability and wear resistance.

• Precision Design: These mold core pins are engineered for high-precision applications, ensuring tight tolerances and improved product quality.

• Thermal Conductivity: The material’s thermal conductivity allows for efficient heat distribution and cooling, enhancing molding performance.

• Custom Sizes & Configurations: Our non-standard mold core pins are designed to fit your specific requirements, tailored to your molding needs.

Manufacturing Capability & CNC Machining

• CNC Machining: State-of-the-art CNC machines are used to fabricate each core pin with precision, ensuring that they meet the exact specifications provided by the client.

• Custom Development: We offer custom-built-to-print solutions for clients with unique requirements, ensuring a perfect fit for your mold designs.

• Advanced Heat Treatment: All parts undergo rigorous heat treatment processes to ensure the high-strength and durability of each core pin, even under extreme temperatures.

• Surface Finishing: Precision surface finishes are applied to enhance the quality and operational efficiency of the mold components.

Custom Development / OEM Workflow

1. Client Specifications: We start by receiving your detailed drawings or mold design specifications.

2. Design & Engineering: Our engineering team reviews the design and suggests improvements if necessary for performance enhancement.

3. CNC Machining & Production: The parts are manufactured with precise CNC machining, ensuring that all specifications are met.

4. Inspection & Testing: Each core pin is rigorously inspected and tested for quality, durability, and dimensional accuracy.

5. Shipping & Delivery: Once approved, the components are carefully packaged and shipped according to your requirements.

Quality Control & Export Experience

• ISO 9001 Certified: Our factory is ISO 9001 certified, ensuring strict adherence to quality control standards during every phase of production.

• Dimensional Inspection Reports: Detailed inspection reports are available for all components to verify the precision of the mold core pins.

• Global Logistics & Export: With years of export experience, we offer timely delivery worldwide, ensuring safe and reliable shipping.

Related Products (Internal Links)

• Precision Mold Inserts

• Injection Molding Core Pins

• Mold Ejector Pins

• Cavity and Core Inserts for Molding

FAQ

Q1: Can the core pins be customized to our specific requirements?
Yes, we offer custom-built solutions based on your technical drawings, ensuring that the parts meet your exact specifications.

Q2: What is the material used in these core pins?
The core pins are made from GB 1.2344 steel, known for its high resistance to wear, corrosion, and high temperatures.

Q3: What is the maximum temperature these mold core pins can withstand?
The 1.2344 material can handle high-temperature molding applications, typically up to 550°C (1022°F), making it ideal for high-performance molding operations.

Q4: How do you ensure the precision of the mold core pins?
We utilize CNC machining for all our components to ensure high precision and tight tolerances, with 0.01mm accuracy on all dimensions.

Q5: Are inspection reports available?
Yes, detailed inspection reports, including dimensional checks and material certificates, are provided with each shipment.

Request a Quote

For customized Stavax ESR core pins and other precision mold components, please send your technical drawings and specifications.
Contact Senlan Precision to receive a detailed quote and discuss your project.