Harnessing the Power of Industrial Tungsten Metal and Crystal Boron Material for Advanced Applications

Over the years, Shrine has been working for 17 years to develop the materials that advance industries. Our expertise lies in products like Industrial Tungsten Metal and Crystal Boron Material, which power everything from aerospace to nuclear energy.

 This is the topic of our guest post, where we will explain why these materials are important, what we offer, and address others. Let me directly and clearly explain how we can assist your projects to achieve their objectives through effective and viable strategies.

Why ITM Stands Out

Industrial Tungsten Metal is a star in heavy-duty industries. It is highly appreciated due to the strength it possesses and the fact that it can withstand very high temperatures. It has a melting point of 3422 °C and remains in the solid state where other metals may turn into liquids. Its density is 19.3 g/cm³, which means it is twice as heavy as lead and can be used for radiation protection or for balancing aircraft components.

We see Industrial Tungsten Metal in tools, furnaces, and even medical equipment. Its excellence also makes a part last longer under stress. We get it in rods, sheets and in any other forms depending on our customers’ requirements at Shrine. Need something durable? Our ITM is suitable for cutting tools or high-heat applications.

What CBM Brings to the Table

Crystal Boron Material is another gem we’re proud to offer. It is a rather hard material with a grey-black color and it is capable of scratching glass. It is stable and has the ability to absorb neutrons which is very crucial in nuclear reactors. It has a high melting point of 2076°C thus it is suitable for use in hot conditions without undergoing degradation.

Industries use Crystal Boron Material for abrasives, ceramics, and metallurgy. This characteristic makes it a necessity to be used in nuclear technology as much as it has the potential of absorbing neutrons. We offer it as powder or lumps to suit your needs as a contractor, whether it is a large project or a small one at Shrine.

High Purity Boron: Precision You Can Trust

High Purity Boron is the epitome of quality in our product line. We prepare it with a bromated synthesizing reduction technique that is unique to the company. It is available in 99.9% and 99.99% purity as a brownish powder or lump with minimal impurities. We are discussing such small concentrations as 90 ppm of iron or 0.06 ppm of gold in 99.99% purity level.

Here’s what you get with our High Purity Boron:

• Purity: 99.9% or 99.99%

• Impurities: Fe (200 ppm or 90 ppm), Cu (10 ppm or 0.1 ppm), and more

• Size: Powder or lump

• Packing: 1 kg in aluminum, boxed outside

It is employed in circuits, medicine, and nuclear protection as a neutron poison. High purity Boron from us also enhances alloys and ceramics as well. It is a small add-on but a very significant one.

Tungsten Carbide Grit: Toughness That Lasts

Tungsten Carbide Grit is one of the most revolutionary materials for wear resistance. We make it by grinding the tungsten carbide with cobalt binders of 6%, 8%, or 10%. It is denser than aluminum oxide and it also has very good thermal conductivity. We have it in mesh size of 10-16 or 60-80 or in mm size of 1.2-2.0.

Check out the details:

• Composition:

• Cobalt: 6.0±0.5%, 8.0±0.5%, or 10.0±0.5%

• Iron: 0.2%

• Tungsten Carbide: Balance

• Hardness: 90-94 HRA

• Density: 14.50-14.85 g/cm³

• Packing: 25 kg or 50 kg in iron drums

We see Tungsten Carbide Grit in thermal spraying, hard-facing, and glass carving. It’s perfect for tough jobs like polishing rocks or cutting composites. Our grit keeps tools sharp and surfaces smooth.

FAQs: Quick Answers to Your Questions

Q: What’s the best use for ITM?
A: We recommend Industrial Tungsten Metal for aerospace, defense, and tools. It’s great for heat resistance and heavy-duty parts.

Q: How is CBM different?
A: Crystal Boron Material is harder and less reactive than other boron types. We use it for abrasives and nuclear safety.

Q: Why choose High Purity Boron for nuclear work?
A: Our High Purity Boron absorbs neutrons safely. It prevents radioactive waste, keeping reactors secure.

Q: What sets Tungsten Carbide Grit apart?
A: Tungsten Carbide Grit is super hard and heat-conductive. We love it for long-lasting wear resistance.

Why We’re Your Material Experts

As it has been established, Shrine has been established on two major principles: trust and quality. They include our ITM, CBM, High Purity Boron and Tungsten Carbide Grit which are produced to the highest standards. Our products range from endurable tools to safe reactors and they produce the best results.

Come to Shrine for more information. We respect your problems with solutions through a product that is dependable. Let’s create something amazing together!