Unlock Exceptional Performance with K210 Oil Soluble Compounds

K210 Oil Soluble Compounds are diamond polishing compounds crafted by Hyperion and distributed by AMS. As a trusted distributor, AMS is proud to bring you high-quality products from Hyperion, ensuring reliability and exceptional performance in Vietnam's market. This article provides detailed insights into K210 Oil Soluble Compounds and explains why they should be your top choice for polishing solutions. Let’s explore!

1. What is a polishing compound?

Diamond Compounds Paste is formulated using ultra-fine diamond particles, which can be natural diamonds, polycrystalline diamonds (polymicron diamonds), or cubic boron nitride (CBN) particles. These compounds are used for grinding, polishing, and finishing applications.

They deliver high-quality and consistent results for various industries, including mold polishing, die casting, metallurgy, metalworking, hard drives, wire dies, stone and construction, semiconductors, optoelectronics, ceramics, and more.

K210 Oil Soluble Compounds are specifically formulated by Hyperion using a custom blend tailored to the customer’s diamond particle size requirements. These compounds combine either monocrystalline or polycrystalline (PCD) diamond particles—sourced from synthetic or artificial origins—with a high-viscosity liquid and stabilizers.

These features make K210 Oil Soluble Compounds an ideal choice for achieving superior polishing results while ensuring ease of use and versatility across a wide range of applications.

By choosing K210 Oil Soluble Compounds, you are opting for a solution that integrates innovation, reliability, and unmatched quality. Whether you are polishing molds, finishing surfaces, or handling intricate components, K210 is the go-to product for efficient and precise results.

>> See more: What are the benefits of using polishing solutions for surface finishing?

2. Applications of K210 polishing compound

K210 Oil Soluble Compounds, also known as Diamond Compounds Paste, exhibit unique characteristics due to the extreme hardness of diamond particles. These properties allow them to remove material effectively and finish some of the most challenging workpieces. Diamond polishing compounds are versatile abrasives that deliver smooth, defect-free surfaces in applications such as cutting tools, molds, wire drawing dies, semiconductors, casting molds, ceramics, and more.

Light Concentration - Designed for fine finishing, light concentrations (typically 10–20% diamond particles) are used to achieve ultra-smooth surfaces. Medium Concentration - This is the most common version, containing 30–50% diamond particles. It provides high surface removal rates, producing fine and uniform finishes across a range of applications. High Concentration - Used for aggressive surface removal or rough finishing, high concentrations (60–90% diamond particles) are ideal for final polishing and achieving mirror-like finishes.

The K210 Oil Soluble Diamond Polishing Compounds are especially recommended for precision-controlled lapping of carbide wire drawing dies and polishing applications. They are particularly effective in mold and die finishing processes.

3. Detailed guide on blending steps for diamond polishing compounds

3.1. Selecting the Type of Diamond (or CBN)

Determine the appropriate type of diamond for your application:

• SJK-5: Monocrystalline diamond powder (the most commonly used diamond type in polishing compounds).

• RJK-1: Polycrystalline diamond powder, which is more brittle than monocrystalline diamonds, available in sizes <\10 microns.

• Polycrystalline Diamonds: Offered in various sizes to suit specific needs.

• Hyperion: Surface-enhanced diamond crystals, available in a variety of sizes and crystal structures.

• NAT: Natural diamonds available in different sizes.

Additionally, cubic boron nitride (CBN) is another material option for specific polishing applications.

3.2. Selecting Diamond Particle Size

Diamonds are available in 15 standard crystal sizes, ranging from 0 to 70 microns (100,000 to 270 mesh). Choose the particle size based on the specific requirements of the polishing process.

3.3. Selecting Diamond Concentration in the Formula

• Light Concentration: Suitable for finishing operations, ensuring smooth and refined surfaces.

• Medium Concentration: A versatile choice for various applications, balancing material removal and finishing.

• Heavy Concentration: Ideal for aggressive material removal, enabling efficient surface preparation.

3.4. Select the packaging (type and size)

Tube Sizes (g)	Jar Sizes (g)
5	5
10	25
18	50
25	100
50	200

>> See more: Micron Powder - Hyperion Business Segments

4. Why choose Hyperion diamond polishing compounds?

Hyperion is a globally renowned brand with over 70 years of experience in developing and manufacturing superhard materials. It offers a diverse range of solutions to meet customer demands for tungsten carbide, cemented carbide, synthetic diamond, and cubic boron nitride (CBN) products.

At AMS, we prioritize “quality and reliability” in every transaction, ensuring maximum benefits for our customers. Beyond our core product offerings, we stand out with our dedicated technical support and a team of skilled professionals committed to providing the most practical advice for your manufacturing needs.

With competitive pricing, exceptional quality, and trusted origins, Hyperion products bring the best of American innovation, featuring cutting-edge technology and stringent quality assurance processes.

Make a smart, cost-effective choice for your business. Contact AMS today!

5. Conclusion

The key to achieving outstanding performance lies in using K210 Oil Soluble Compounds for grinding and polishing applications, ensuring superior surface finishing results. Follow AMS to stay updated with the latest news, events, and insightful articles on polishing and the mechanical engineering industry. Thank you for trusting and choosing AMS – Vietnam's leading distributor of premium polishing solutions!

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