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Aviation high-strength

Ti-5553 (Ti-5Al-5Mo-5V-3Cr)

Ti-5553 is a nearly β type high-strength titanium alloy. After solution aging, its strength can reach over 1200MPa

Titanium Grade Details Machinability Verified
Ti-5553 (Ti-5Al-5Mo-5V-3Cr)

Key Specifications

MaterialTitanium
TagAviation high-strength
MOQ100 pcs
Standard Tolerance±0.01 mm
Lead Time15-25 days · Mass Production Rapid Delivery
DFM AnalysisFree
Company
Strength
20 Years of Experience
20 Years of Experience
72 Sets of CNC Machines
72 Sets of CNC Machines
Precision: ±0.01mm
Precision: ±0.01mm
7-15 Days Fast Shipping
7-15 Days Fast Shipping
Quality
Advantages
No Knife Marks
No Knife Marks
No Scratches
No Scratches
No Blemishes
No Blemishes
No Color Difference
No Color Difference

Introduction

Ti-5553 (Ti-5Al-5Mo-5V-3Cr) is an aviation high-strength grade among titanium alloys, a high-strength β titanium alloy with excellent hardenability and deep hardenability. It is used to replace high-strength steel in the manufacture of large aviation load-bearing parts.

Ti-5553 is a nearly β type high-strength titanium alloy. After solution aging, its strength can reach over 1200MPa, making it suitable for large cross-section landing gear and joint forgings.

Typical application fields

The Ti-5553 (Ti-5Al-5Mo-5V-3Cr) grade is commonly used in the following fields and scenarios. Our CNC machining services can provide customized parts for these industries.

Landing gear
Fuselage connector
Wing beam
Large structural forgings
High-strength bolt
Aviation connector

Key advantages of materials

The Ti-5553 (Ti-5Al-5Mo-5V-3Cr) demonstrates the following core advantages in CNC machining and end applications.

Extremely high strength
It has deep hardenability
High specific strength
Fatigue-resistant
The weight loss effect is remarkable
Aviation main load-bearing capacity

CNC Machining Guide

The following are the key process points when processing the Ti-5553 (Ti-5Al-5Mo-5V-3Cr) grade to ensure the quality of parts and processing efficiency.

1Tool selection

Select sharp fine-grained cemented carbide tools and adopt a low rake Angle and large relief Angle geometry to resist the elastic deflection of titanium alloys.

2Cutting parameters

Adopt a strategy of low cutting speed, medium feed rate and large depth of cut to shorten the contact time between the tool and the machined surface, and strictly control the cutting temperature.

3Cooling and lubrication

High-pressure and high-flow coolant precisely acts on the cutting zone. Low-temperature cooling should be adopted when necessary to further suppress thermal damage.

4Clamping scheme

Low clamping force in combination with soft claws or vacuum suction cups; For thin-walled and slender parts, axial clamping or special fixtures are used for vibration prevention.

5Quality control

Verify the dimensions with CMM and simultaneously inspect surface burns and microcracks. Non-destructive testing shall be conducted on key load-bearing components by batch.

Titanium - Other Grades

Besides Ti-5553 (Ti-5Al-5Mo-5V-3Cr), Titanium offers several other grades with different characteristics. Click to view details.

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