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Solutions

UMM Professional provides suitable solutions for all walks of life

抽屉一

Material solutions in the aerospace industry

Materials for engines, combustion chambers and gas turbines in aerospace, aviation, heavy ships, thermal power, weapons and other heavy industry equipment fields……

抽屉二

Material solutions for nuclear energy, nuclear power, and nuclear industry

1. Reactor core container and cladding pipe fittings

2. Radiation shielding device components

3. Liquid metal heat exchanger components

抽屉三

Alloy addition solution

UMM through the combined application of wet purification and fire refining technology, as well as more accurate high-purity metal detection methods……

抽屉四

Super hard wear-resistant tooling

Outai Thin Materials precision manufactures the following three types of materials to counter severe working conditions such as heavy machinery, petrochemical……

抽屉五

Friction stir welding solutions

The joints obtained by welding magnesium, aluminum, copper, titanium alloys or heavy steel by traditional fusion welding methods have defects such as pores and microcracks……

抽屉一

Solutions for vacuum coating consumables in the optoelectronic industry

There are three forms of vacuum coating: evaporation coating, sputtering coating, and ion plating……

抽屉二

Microelectronics industry Chip thermal sink

Semiconductor, microelectronics industry chip heat dissipation (thermal management) materials, other high-power integrated circuits, microwave radio frequency, high-voltage electricity……

抽屉三

Semiconductor equipment MOCVD thermal field solution.

It is a substitute for imported big-name or original parts of rhenium heaters for MOCVD and can carry out OEM full-process foundry……

抽屉四

Plasma|Special Welding Electrode

Electrodes for plasma spraying, argon arc welding, and pulse arc welding are usually made of tungsten-doped thorium or rare earth cerium. Tungsten-thorium and tungsten-cerium electrodes not only have a limited service life, but also thorium is a radioactive element.

抽屉五

Ion implantation solution

Outel Thin Materials is the earliest manufacturer of pure tungsten and molybdenum powder raw materials for semiconductor target material (purity exceeding 5N) in China to achieve industrial scale production……

抽屉一

High temperature thermal container (high temperature crucible) solutions

Refractory metal tungsten, rhenium, molybdenum and their alloy materials are often used to make high-temperature heat vessels (high-temperature crucibles…

抽屉二

High temperature thermocouple solutions

High-quality tungsten rhenium thermocouple wire (W-3Re)/(W-25Re), (W-5Re)/(W-26Re) has accurate, stable and uniform temperature-thermoelectric potential performance……

抽屉三

Powder consumable solutions for metal 3D printing, plasma spraying, laser cladding, and metal MIM

The metal powder of 3D printing consumables needs to meet the performance characteristics of small particle size, narrow particle size distribution, high sphericity,

抽屉四

Special welding wire solder solutions

The special alloy welding wire designed and produced by the additive effect of some refractory metal elements has excellent high temperature strength and creep resistance……

抽屉五

High-efficiency and long-life wire cutting solutions

UMM provides high-efficiency and long-life molybdenum wire for wire-cutting industry. This molybdenum wire product adopts a special composition formula and is drawn by a special process……

抽屉一

Medical equipment,medical equipment field solutions

1. Exclusive production and supply of tungsten and rhenium needle accessories for medical LEEP knife instead of imported.2. Rotating anode target for CT machine tube……

抽屉二

Artificial bone joints, biological implant solutions

Casting cobalt-chromium-molybdenum alloy;
Titanium alloy
Molybdenum rhenium alloy;

抽屉三

Chemistry and Chemical Solutions

1. Catalyst intermediate

2. Intermediates of inorganic compounds

3. Composite material intermediate

抽屉四

Counterweight solutions

High-density tungsten alloys are widely used in the national economy and national defense industry. Aerospace and aerospace industries are used for gyroscope rotors……

抽屉五

Rare metal cultural and creative art collection, precious metal investment preservation solutions

It can be customized or manufactured in batches according to the customer's design drawings. Our price is real. We have strict inspections on the quality of materials, such as purity testing……

Products

Ten sectors of high-end specialty rare-material products Specializing in the production of rares metals and finished products

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Precious metal functional materials

Ruthenium

Osmium

Iridium

Platinum

Rhodium

Palladium

Gold

Silver

It mainly includes 8 kinds of metal products such as gold, silver and platinum group metals (ruthenium, rhodium, palladium, osmium, iridium, platinum), such as precious metal sputtering targets, cubes, particles, and wires

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High-quality optoelectronic materials/high-purity targets

MOCVD heating parts

Sputtering target

High purity metal

Evaporation materials

Heat sink material

Ion implant

Contains MOCVD heating parts, High-performance sputtering target, High purity metal Evaporation materials, rhenium target, Os sputtering target, Ru sputtering target, Ta sputtering target, Tantalum target, Ir sputtering target, tungsten titanium target, ruthenium target, osmium target, nickel chromium target, Iridium target, sputtering target, Tungsten target, Titanium Target, etc.

产品列表
$Refractory metals and their alloys$

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Refractory metals and their alloys

Rhenium

Tungsten

Molybdenum

Tantalum

Niobium

Titanium

Zirconium

Hafnium

Vanadium

Mainly include tungsten, molybdenum, tantalum, Niobium, titanium, zirconium, hafnium, vanadium, etc. All kinds of wire, bar, sheet, high-purity powder, etc.

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Powder metallurgy intermediate products & Special powder

Spherical powder

Nano powder

Powder metallurgy intermediate products

Including nano powder materials (ultra-fine powder or ultra-fine powder, generally refers to powder or powder with a particle size of less than 100 nanometers); spherical powder (mainly used for 3D printing, precision additive manufacturing)

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Biomedical/3D printing products

Raw materials such as 3D printing of bone implants in biomedicine, 3D printing of medical equipment, instrument accessories, personalized customization, 3D customization of aerospace accessories, etc.

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Compound

Precious metal compounds, chemical synthesis intermediates, Such as ruthenium chloride, rhenium chloride, palladium chloride and so on.

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Rare metals and their alloys

Tellurium

Gallium

Indium

Germanium

Bismuth

Beryllium

Selenium

Scattered metals are usually composed of gallium (Ga), indium (In), beryllium (Be), germanium (Ge), selenium (Se), bismuth (Bi), tellurium (Te), etc.

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Rare earth and functional materials

Rare earth metals

Rare earth alloys

Rare earth compounds

Contains rare earth metals, rare earth alloys, rare earth compounds

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Rare Metal Concept Cultural/Art/Collectible

Rare metal jewelry, ornaments and collectibles, the main products include rings, bracelets, hanging (hanging) ornaments, souvenirs, cube collectibles, etc.

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Application Technology

Understand cutting-edge application technology

Overview of Vacuum Ion Coating

With the rapid development of science and technology, the mechanical manufacturing industry plays an increasingly important role in production. Corrosion on the surfaces of mechanical components is a major issue in the industry. Therefore, improving surface hardness, wear resistance, corrosion resistance, and other properties of the components is crucial in the field of mechanical manufacturing. Coating the surface of components is one of the most commonly used methods to enhance their performance. However, coating technologies have several drawbacks. For example, the adhesion of coatings is poor, leading to easy delamination. There is also a significant difference in thermal expansion coefficients between the coating and the substrate material, making the coating prone to cracking. These limitations restrict their practical application in production.

2023-07-27

Overview of Chemical Vapor Deposition (CVD) Coating

With the continuous improvement in the requirements of aerospace, nuclear industry, semiconductors, and other fields for semiconductor devices, integrated circuits, high-field and small-sized superconducting materials, and crystal growth products, chemical vapor deposition technology has a broad market application prospect as an essential method for material preparation and effective surface modification. Some researchers predict that CVD will focus on reducing harmful by-products and increasing industrial-scale production in the future. Additionally, the development of lower-temperature CVD processes, more precise control over CVD processes, thick film deposition techniques, novel film materials, and new material synthesis technologies will be the major areas of research in the future.

2023-07-26

Overview of Evaporative Coating and Its Material Selection

Vacuum evaporation coating refers to a technique of obtaining thin films by heating and evaporating a certain substance under vacuum conditions to deposit it on the surface of the substrate material. The substance that has been evaporated is called a evaporative material. Evaporative coating was first proposed by M. Faraday in 1857 and has become one of the mainstream coating technologies after over a hundred years of development.

2023-04-25

What are the characteristics of high-quality sputtering targets?

PVD (Physical Vapor Deposition) technology is one of the main technologies for preparing thin film materials. Under vacuum conditions, physical methods are used to vaporize a material into gaseous atoms, molecules, or partially ionize it into ions, and through a low-pressure gas (or plasma) process, thin film materials with special functions such as transparency enhancement, reflection, protective conductivity, magnetic conductivity, insulation, corrosion resistance, oxidation resistance, radiation protection, and decoration are deposited on the surface of the substrate material. T

2023-04-19

ABOUT

—— Ultra Minor Metals Ltd (UMM)

　　Founded in 2009, Ultra Minor Metals Ltd (UMM) is a special technology enterprise specializing in the research, development, manufacture and operation of rare metals and their alloys and their derivatives. At present, the main production and sales are: osmium ingot, rhenium pelletIridium ingot and other metal materials. The main members of the company have been deeply involved in the field of rare metals for decades and have rich experience in future development...

2009year
Founded in 2009

100million
Total investment

20000㎡
Construction area

30item
Technology invention patent

Industry News

Learn more about us through the industry

IR Sputtering Target: A Key Component for Electronic Fine Chemical Materials

2023

09 11

IR Sputtering Target: A Key Component for Electronic Fine Chemical Materials

Discover the importance of IR sputtering targets in the field of electronic fine chemical materials, their relevance to the electronic components industry, and how they contribute to the production of

Achieve Superior Coating Results with IR Sputtering Targets

2023

09 11

Achieve Superior Coating Results with IR Sputtering Targets

Enhance your coating processes and achieve outstanding results with IR sputtering targets. This comprehensive guide will provide you with valuable insights into the benefits and applications of IR spu

Understanding IR Sputtering Target in the Electronics Industry

2023

09 10

Understanding IR Sputtering Target in the Electronics Industry

Learn about the significance and applications of IR sputtering targets in the electronics industry, exploring their role in electronic components, fine chemical materials, and structural components.

Boost Efficiency and Performance with IR Sputtering Targets: Enhancing Productivity and Quality in Thin Film Deposition

2023

09 10

Boost Efficiency and Performance with IR Sputtering Targets: Enhancing Productivity and Quality in Thin Film Deposition

Discover the power of IR sputtering targets in optimizing efficiency and performance for thin film deposition processes. Explore the benefits of utilizing these advanced materials to enhance productiv