High Temperature Alloy of Sperical In713 Powder for 3D Printing

High Temperature Alloy of Sperical In713 Powder for 3D Printing

​By additive manufacturing of SLM 3D metal printing process, the oil & gas turbine blade made of super Inconel 718 powder can withstand the centrifugal force generated by high pressure, high temperature and high-speed operation.
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Product Details of High Temperature Alloy of Sperical In713 Powder for 3D Printing

Product Introduction

With the fierce market competition and customer demand for new products, it is necessary for us to further develop new Stainless Steel 3D Printing Service, SLA 3D Printing Rapid Prototyping, HP Multi Jet Fusion 3D Printing Manifold. We not only focus on product innovation, but also on environmental protection. We promote the production and operation of enterprises and construction development to a new level, and generally maintain a stable and positive development trend.

By additive manufacturing of SLM 3D metal printing process, the oil & gas turbine blade made of super Inconel 718 powder can withstand the centrifugal force generated by high pressure, high temperature and high-speed operation.

In the full load core engine test, the operating speed of these oil & gas turbine blades exceeds 1600 km / h and the stress is as high as 11 tons. The cooling performance of the blades has also been improved.


Product Details

Product:Oil & Gas turbine blade

Printing material:Inconel 718

Process:DMLS / SLM  printing

Printer:EOS M290


Additive manufacturing of DMLS / SLM 3D printing can rapidly form high-density metal oil & gas turbine blades. Engineers and designers have found metal 3D printing to be an ideal solution for low volume parts with high temperature alloy material and a key element in the next generation of energy, oil and gas components.

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As the use of direct metal laser sintering is rapidly increasing in the Oil and Gas industry, it has currently accounted for less than 0.1% of the overall global manufacturing market, which is currently valued at $12.7 trillion, it is estimated that the 3D printing market will be worth $32bn by 2025 and over $60bn by 2030.


Why SLM 3D Metal Printing Technology is suitable for oil & gas industry?

SLM 3D printing has the potential to fundamentally change the cost structure of oil & gas exploration and drilling operations. In the oil and gas industry, some applications of this technology include manufacturing spare parts on site, testing new product design and simplifying inventory management to save costs. In recent years, the oil and gas industry has shown slow and stable 3D printing applications. Initially, this technology was largely limited to polymer based products. However, recent advances in metal based 3D printing technology have made this technology more relevant.

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The key benefit of metal 3D printing technology is to reduce the time required to produce complex prototypes. 3D printers can also reduce the time required to produce functional products for operation. Due to stricter environmental regulations, volatile oil prices and increasing competition, enterprises are attracted by complex equipment design to achieve operational efficiency.

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The long procurement process of obtaining spare parts often forces oil and gas companies to maintain abnormally high inventory levels, resulting in storage costs. 3D printing technology can solve this problem by enabling companies to manufacture parts as needed. Oil and gas companies will reduce the total cost for supply chain management by using SLM 3D metal printing as the mainstream manufacturing technology, which will help them improve operational efficiency and promote growth.


The Specification

Technology

DMLS / SLM 3D Printing.

Building volume

250*250*300mm

Accuracy

±0.1mm

Layer thickness

0.03mm~0.08mm

Min wall thickness

0.6mm

Material

Aluminum alloy, martensitic steel, stainless steel, titanium alloy, Inconel, etc.

Material Performance

Very close to the performance of forged parts

High temperature resistance

300~1100℃

Surface

Ra6~9μm,

Delivery time

5 business days

Export country

Northern America, Europe, Australian, Japan, Korea etc.

Country of origin

Shenzhen of China


We realize that our High Temperature Alloy of Sperical In713 Powder for 3D Printing still has much to be improved and enhanced, and we have to strictly control the quality to make us more competitive in the competition. After nearly half a century of hard work and hard work, we have grown into an international and modern enterprise with great development potential. Our company adheres to the belief that product quality is supreme and after-sales service is supreme, so as to ensure that customers can gallop on the road of adjustment in the era of science and technology.

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