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Beryllium Titanium Alloy

The Beryllium Titanium Alloy is a special material that is made by combining the great strength of Beryllium and the excellent resistance to corrosion of Titanium. made for tough jobs where other materials may not work well. It is designed to work even in very difficult situations where other metals may fail is better than Titanium alloys and it is also better than high-density refractory metals because it has a good balance of weight, strength and durability.

  • Product Introduction

Product Introduction

 

The Beryllium Titanium Alloy is a special material that is made by combining the great strength of Beryllium and the excellent resistance to corrosion of Titanium. made for tough jobs where other materials may not work well. It is designed to work even in very difficult situations where other metals may fail is better than Titanium alloys and it is also better than high-density refractory metals because it has a good balance of weight, strength and durability. This is very important for people who use the in their work because they need something that will work well and last a long time. The people who make the check it carefully from the start, to the finish to make sure it is always good. They check the materials and they check the final product to make sure every batch of the Beryllium Titanium Alloy is consistent and works well.
product-662-636

 

Product Specifications

 

Parameter Item

Parameter Value

Material Purity

≥99.95%

Density

4.6-4.9 g/cm³

Melting Point

1650-1720 °C

Tensile Strength

1200-1500 MPa

Operating Temperature Range

-250 °C to 1200 °C

Corrosion Resistance Grade

Excellent (resistant to most acid, alkali and salt environments)

Certification Compliance

ISO9001, ISO14001, ISO45001, CE, RoHS, EU food-contact safety standard

Available Forms

Rod, sheet, wire, custom machined parts

 

Product Advantages

 

  • Extreme High-Temperature Stability: Unlike conventional titanium alloys that lose structural integrity at temperatures above 600°C, this material maintains 85% of its room-temperature strength even at 1200°C, solving the common pain point of material deformation and failure in high-temperature industrial processes such as vacuum sintering and heat treatment.
  • Industry-leading Strength-to-Weight Ratio: It is 40% lighter than stainless steel while delivering 2 times the tensile strength, significantly reducing equipment load and energy consumption for aerospace and mobile equipment applications without compromising structural safety.
  • Superior Corrosion Resistance: It forms a stable protective oxide layer in harsh chemical environments, resisting corrosion from most acids, alkalis, and salt solutions, extending service life by 3-5 times compared to common alloy materials in chemical processing and marine application scenarios.
  • Consistent Batch Quality: All production processes follow strict standardized procedures with full-process testing and inspection, eliminating performance fluctuations between different batches, reducing your quality inspection costs and production rework risks.

 

Customization & Procurement Guide

 

Available Customization Scope:

Custom dimensions for rods, sheets, wires and machined components

Adjustable material property tuning for specific application requirements

Custom surface treatment options (polished, ground, coated)

 

Procurement Notes:

Flexible minimum order quantity (MOQ) for both prototype testing and bulk procurement

Full set of compliance certification documents provided with each shipment

Custom order lead time adjusted based on specification complexity

 

 

Application Scenarios

 

  • Aerospace structural components and high-temperature engine parts
  • High-temperature furnace and vacuum heat treatment equipment components
  • Semiconductor manufacturing equipment and precision electronic parts
  • Medical device components requiring biocompatibility and high strength
  • Special chemical processing equipment and corrosion-resistant workpieces
  • Glass manufacturing and high-temperature processing tooling

 

Our Packaging

 

All Beryllium Titanium Alloy products are packaged with multi-layer moisture-proof and shock-resistant materials, including anti-static wrapping, shock-absorbing foam and wooden crates, to ensure intact delivery during long-distance international transportation and storage.

Each package is clearly marked with product specifications, batch number, production date and certification information on the outer label for easy identification, quality tracing and customs inspection.

 

Complete Manufacturing Facilities

 

Our factory is equipped with integrated professional production apparatus and supporting systems. Mature hardware configuration guarantees standardized operation and continuous stable production capacity.

product-800-533
product-800-533
product-800-533

 

FAQ

 

1. What is the minimum order quantity for Beryllium Titanium Alloy products?

We offer flexible MOQ options to meet different user needs, supporting small-batch orders for prototype testing as well as large-scale bulk procurement for production use.

2. Can you provide customized machined parts based on our design drawings?

Yes, we provide precision machining services according to customer-provided drawings, with tolerance control meeting international industrial standards.

3. What compliance certifications do your products hold?

All our products have passed ISO9001 quality management system certification, EU CE certification, RoHS compliance certification, and related food-contact safety testing, fully meeting global market access requirements.

4. What is the typical delivery lead time for orders?

Standard specification in-stock orders can be shipped within 7-10 working days, while customized orders usually have a lead time of 15-30 working days depending on the complexity of requirements.

 

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