OEM Advanced Aerospace Mold Metal Casting Parts Single Blade Mold Multi-Blade

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OEM Advanced Aerospace Mold Metal Casting Parts Single Blade Mold Multi-Blade

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Product Description

Project Overview

Strategy: Focus on precision casting of superalloys, striving to excel in turbine and compressor blades. Superalloy blades are the primary focus, while superalloy structural components serve as a supplement, with attention also given to the market for high-end heat-resistant steel precision castings.

Project Analysis

Industrial Environment	Aero-engines and gas turbines are important symbols of comprehensive national strength. As key parts of advanced manufacturing, they belong to strategically emerging industries.
Market Environment	The domestic and foreign market space for superalloy blades used in aero-engines and gas turbines is huge, with a serious shortage of supply.
Technological Environment	The team includes top technical experts and core members from aero-engine blade precision casting industries, possessing significant technical strength and professional talent echelons.

Product Description

Currently, the capabilities include the design of complex blade wax molds and ceramic core molds to achieve the manufacturing of multi-blade, hollow blade, and complex curved blade molds. These involve the aviation, energy, and automotive industries, focusing on improving blade mold design and manufacturing standards.

Detailed Product Solutions

Single Blade Mold

The drawing type loose block structure parting technology effectively overcomes the phenomenon where mold turbine blades are prone to reverse buckle during demoulding. The assembly is simple and the operation is easy.

Multi-Blade Mold

Utilizing multi-blade PEG (blade body block) die-parting technology, this solution effectively solves complex problems associated with multi-blade die-parting.

Turbocharger Impeller Mold

Adopts a blade joint structure with an open single blade core mold design. Segmented molds are numbered in circular order to ensure precise cooperation and reduce unevenness caused by segmentation errors.

Moving Blade Structure Mold

Features manual rotation of the upper die for opening, with multi-directional slider movement to facilitate the removal of the wax mold.

Manufacturing Capabilities

Our Advantages

Certifications

Packaging & Shipping

Frequently Asked Questions

What types of blade molds do you specialize in?

We specialize in precision casting molds for superalloys, including single blade molds, multi-blade molds, hollow blades, and complex curved blade molds for turbine and compressor applications.

Which industries use your precision casting parts?

Our products are primarily used in the aviation (aero-engines), energy (gas turbines), and automotive (turbochargers) industries.

How do you ensure the precision of multi-blade molds?

We utilize multi-blade PEG (blade body block) die-parting technology and circular numbering systems for segmented molds to minimize error and ensure high precision in the final assembly.

What is the advantage of your single blade mold technology?

Our drawing type loose block structure prevents reverse buckles during demoulding, which simplifies the operation and improves the success rate of the wax mold manufacturing.

Do you support custom mold designs?

Yes, we have internal expertise for complex wax mold and ceramic core mold design to meet specific manufacturing requirements for high-end heat-resistant steel and superalloys.

What measures are taken for product packaging and shipping?

We use professional-grade industrial packaging to ensure that delicate molds and casting parts are protected from vibrations and environmental factors during domestic and international transit.