Titanium Exhaust Tailpipes By 3D Printing
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Titanium Exhaust Tailpipes By 3D Printing

Titanium Exhaust Tailpipes By 3D Printing

3D printing titanium exhaust tailpipes have minimal wall thickness and are extremely lightweight. The lighter weight contributes to the vehicle's agility. Additive Manufacturing - 3D printing technology enables very complex designs, making it the best way to manufacture tailpipes. The...
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Product Details ofTitanium Exhaust Tailpipes By 3D Printing

Titanium Exhaust Tailpipes By 3D Printing have very thin walls and are very light. The vehicle's agility is helped by its decreased weight. The greatest method for manufacturing tailpipes is additive manufacturing since it enables extremely intricate designs. High strength and exceptional heat resistance are both qualities of the alloy material employed.


Product Description

Technology

Metal 3D Printing

Application

automobile


Material

AlSi10Mg aluminum alloy, 316L stainless steel, 17-4PH Stainless Steel, titanium alloy, etc

Surface treatment

Very close to the performance of forged parts

Surface

Ra6~9μm,

MOQ

1 piece

File type

STP, STL, X-T, IGES, STL, OBJ, etc.

Size & Design

Per customized specifications in your drawings

The way of shipment

By Express, such as DHL, TNT, FEDEX, etc/By Air/By Sea

Printing time

Depending on the structure, it usually 1—5 business days


Export country

USA, Germany, UK, France, Italy, Switzerland, Sweden, Netherlands, Canada, Denmark, Finland, Japan, etc.

Country of origin

Shenzhen of China


Ti6Al4V was used to print titanium exhaust tailpipes. The material is excellent for 3D printing in the automotive industry since it is durable, remarkably light, and resistant to heat and chemicals. Also, because of the characteristics of the material, making tailpipes contributes to improving the part's high-temperature resistance.

3D Printing Titanium Exhaust Tailpipes a


The Material of Ti6Al4V/TC4

This double-phase alloy can benefit from hot pressure processing, quenching, and aging to strengthen the alloy and has strong overall properties, good microstructure stability, good toughness, plasticity, and high-temperature deformation qualities. The strength following heat treatment is roughly 50% to 100% more than the annealed state. Although it can operate at temperatures between 400°C and 500°C for extended periods of time, titanium alloy has better thermal stability. Products made from alloy using 3D printing include:

3D Printing Titanium Exhaust Tailpipes b



3D printing titanium alloy products



The materials and processes JR used:

3D printing process a

3D printing process b






packing 11


JR has a complete supply chain system, which can offer you 3D printing and CNC services, which can help you save about 20% to 30% of the cost of manufacturing. Additionally, it has an international quality management system that is certified to ISO9001-2015, which can provide you with high-quality printing parts.

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