TOP

COOKIES

Our website uses cookies and similar technologies to personalize the advertising shown to you and to help you get the best experience on our website. For more information, see our Privacy & Cookie Policy

COOKIES

required

These cookies are necessary for basic functions such as payment. Standard cookies cannot be turned off and do not store any of your information.

analyze

These cookies collect information, such as how many people are using our site or which pages are popular, to help us improve the customer experience. Turning these cookies off will mean we can't collect information to improve your experience.

Feature

These cookies enable the website to provide enhanced functionality and personalization. They may be set by us or by third-party providers whose services we have added to our pages. If you do not allow these cookies, some or all of these services may not function properly.

advertise

These cookies help us understand what you are interested in so that we can show you relevant advertising on other websites. Turning these cookies off will mean we are unable to show you any personalized advertising.

Home

Cemented Carbide Ball Mill

The ball mill is the central component of the grinding equipment, and its primary function is to grind, mix, or disperse materials through interaction with grinding media such as steel balls, ceramic balls, or carbide balls. Contact our sales team to explore all your pricing options. We also offer custom sizes—simply let us know your specifications. After you leave your message, we’ll get back to you within three hours with a detailed product quote.

Phone/Fax:

+86 133-9733-9096

Email:

13397339096@ojinxin.com

Consultation

Make a call

Product introduction

The cemented carbide ball mill, also known as the tungsten carbide ball mill, is made from hard compounds of refractory metals and binding metals through a powder metallurgy process. Its main components are tungsten carbide and cobalt.

The ball mill is the main component of the ball mill, whose primary function is to grind, mix, or disperse materials by combining them with grinding balls (such as steel balls, ceramic balls, cemented carbide balls, etc.), including:

Material refinement: Through the impact, compression, and friction generated by the high-speed rotation or vibration of grinding balls inside the mill, materials in block or granular form are broken down into fine powder—down to nanometer-level powder—meeting the required material fineness specifications.

Uniform mixing: When grinding several materials with different components, a uniform blend of the materials is achieved, ensuring consistent distribution of the material components even after mixing. This process is ideal for preparing alloys and developing composite materials.

Product features

High hardness: even at a temperature of 1000°C, it retains its high hardness, making it suitable for grinding ultra-hard powders such as cemented carbide, diamond, and emery.

High wear resistance: at a temperature of 500°C, its wear resistance remains virtually unchanged, effectively reducing wear caused by friction and impact, thus extending its service life.

High strength and good toughness: it exhibits high resistance and can withstand impact forces during the grinding process, while also maintaining excellent toughness, making it difficult to break or damage.

Resistance to high temperatures and corrosion: it can operate normally at temperatures up to 1000 ℃ and exhibits excellent resistance to corrosion from acids, alkalis, and other chemical substances.

High grinding efficiency: With a reasonably designed structure and uniform friction, combined with cemented carbide grinding balls, it generates significant energy between the grinding balls, materials, and the wall of the ball mill, which can markedly enhance grinding efficiency and improve the precision of material grinding.

Without contamination: the material is pure and will not contaminate the materials during the grinding process, ensuring the purity of the ground materials.

Areas of application

Powder metallurgy: it is used for grinding and preparing metallic powders, such as tungsten alloys, cemented carbides, and aluminum alloys.

Materials science: it is used for the preparation and research of nanomaterials, such as nanoiron, nanosilicon, and nanocarbon.

Chemical engineering: it is used for the synthesis and research of active substances and fine chemicals, such as cosmetics, dyes, and synthetic resins.

Electronic materials: used in the preparation and research of semiconductors, ceramics, and magnetic materials such as ferrites, aluminum oxide, and antimony oxide.

Pharmaceutical industry: it is used for grinding, preparation, and research of fine medicinal powders, such as micropulverization of traditional Chinese medicine and microparticles of Western pharmaceuticals.

Product parameters

Reference number: The commonly used reference number is YG8.

Grade	WC %	Co/Ni %	Physical and mechanical properties			Grain size μm	Recommended application
Grade	WC %	Co/Ni %	Density g/cm3	Tensile strength N/mm2	Hardness HRA	Grain size μm	Recommended application
YG6	94	6	14.8–15.1	2500	90	1.2	Good wear resistance, good compressive strength, Suitable for wear-resistant and high-pressure parts Resistance to parts, good thermal rigidity
YG6X	94	6	14.8–15.1	2400	91.5	1
YG6A	94	6	14.8–15.1	2150	92.5	0.6–0.8
YG8	92	8	14.6–14.9	2700	89	1.2–1.6	Good overall performance, used for everyday tasks Wear-resistant parts, molds, general-purpose tools, etc.
YL10.2	90	10	14.3–14.6	3800	91.8	0.7	Subfine tungsten carbide particles, Good overall performance
YG10X	90	10	14.3–14.6	4000	92.2	0.6	Ultrafine tungsten carbide particles, Excellent heat resistance
YG11	89	11	14.3–14.7	2800	88.5	1.2–1.6	Wear-resistant, erosion-resistant, with excellent overall mechanical strength, Suitable for wear-resistant parts in the oil, chemical, and mechanical industries.
YG12X	88	12	14.2–14.5	3000	89.5	1.0–1.2	Anti-erosion, excellent overall mechanical resistance, suitable for wear- and impact-resistant parts, molds and roller rings.
YG15	85	15	13.8–14.2	3000	86.5	1.2–1.6
YG15X	85	15	13.8–14.2	4500	89	0.7	Subfine tungsten carbide particles with excellent wear resistance and excellent tenacity, which is suitable for manufacture of integral stamping dies, anti-vibration tool holders, etc.
YG20	80	20	13.4–13.8	3100	85	1	Excellent wear resistance and toughness
YN06	94	6	14.5–14.9	2000	90	1.2	Non-magnetic alloy, suitable for O-rings, Non-magnetic, wear-resistant parts and corrosion-resistant parts.
YN09	91	9	14.3–14.6	2300	89	1.2–1.6
YN11	89	11	14.0–14.3	2600	88	1.2