| SIZE: | |
|---|---|
| Material: | |
| Color: | |
| Availability: | |
| Quantity: | |
100
QR
GB100
Qirun supplies tungsten carbide grinding bowls for laboratory pulverizers used in mining, geological testing, mineral analysis, and industrial sample preparation.
Made from tungsten carbide-based cemented carbide, these grinding bowls provide high hardness and excellent abrasion resistance for processing hard and abrasive samples such as quartz, mineral ores, and selected industrial materials.
Available in multiple size options, our grinding bowls support OEM customization based on pulverizer models, technical drawings, and replacement component specifications.
Parameter | Specification |
|---|---|
Product Name | Tungsten Carbide Grinding Bowl |
Brand | Qirun / QR |
Product Model | 100 |
Product Code | GB100 |
Material | Tungsten Carbide-Based Cemented Carbide |
Main Hard Phase | Tungsten Carbide (WC) |
Metallic Binder | Typically Cobalt (Co); actual grade to be confirmed |
Material Properties | High Hardness, Abrasion Resistance |
Available Size Models | 100 / 200 / 300 / 400 / 800 / 1000 / 2000 |
Equipment Type | Laboratory Pulverizers / Compatible Sample Grinding Mills |
Applications | Mineral Assay, Geological Testing, Laboratory Sample Preparation |
Sample Materials | Quartz, Mineral Ores, Rocks, Selected Industrial Materials |
Bowl Configuration | According to Pulverizer Design |
Dimensions | According to Model or Technical Drawings |
Customization | Bowl Dimensions, Mounting Features, Replacement Specifications |
Inspection | Material, Surface and Dimensional Checks as Agreed |
The listed size models follow the current product page. They should not be treated as confirmed milliliter capacities until verified. Actual WC content, binder composition, hardness, dimensions and compatible equipment models must be confirmed before ordering.
Tungsten carbide is a very hard material widely used in wear-resistant industrial components.
When combined with a suitable metallic binder, it forms cemented carbide with strong resistance to abrasive wear.
This makes tungsten carbide grinding bowls suitable for repeated pulverizing of hard mineral samples under appropriate operating conditions.
Laboratory sample preparation often involves hard and abrasive materials that create substantial wear on grinding components.
Tungsten carbide grinding bowls are particularly relevant for processing suitable quartz-bearing rocks, mineral ores, and other abrasive samples.
Their high wear resistance can help reduce dimensional wear compared with some steel alternatives.
Actual performance depends on sample hardness, grinding intensity, and equipment operating conditions.
Qirun lists grinding bowl size models including:
100
200
300
400
800
1000
2000
Different pulverizer models require different grinding bowl dimensions, mounting arrangements, and working capacities.
Customers should confirm the required capacity and installation dimensions before purchasing replacement components.
Tungsten carbide grinding components provide a hard working surface for repeated sample contact.
Their wear-resistant construction is useful for laboratory environments where abrasive sample preparation is performed regularly.
Routine cleaning and inspection remain necessary to minimize sample carryover and identify component damage.
Qirun supports replacement grinding bowl requirements according to customer drawings and equipment specifications.
Custom manufacturing requirements may include:
Grinding bowl external dimensions
Internal grinding cavity dimensions
Mounting and clamping features
Grinding component configuration
Material grade and binder requirements
Machined surfaces and dimensional tolerances
Final compatibility depends on the specific laboratory pulverizer configuration.
Tungsten carbide cemented carbide consists of hard WC particles held together by a metallic binder.
The combination of hard particles and binder creates a material with high wear resistance, although toughness varies with carbide grain size, binder content, and manufacturing quality.
Compared with conventional grinding bowl steels, tungsten carbide-based materials are generally selected when abrasion resistance is a major consideration.
Feature | Tungsten Carbide | High Chromium Alloy | 65Mn Spring Steel |
|---|---|---|---|
Main Material | WC Cemented Carbide | High Chromium Ferrous Alloy | High-Carbon Manganese Steel |
Main Advantage | Very High Abrasion Resistance | High Wear Resistance | Balanced Hardness and Toughness |
Relative Hardness | Very High | High | Heat-Treatment Dependent |
Impact Toughness | Binder and Grade Dependent | Alloy and Heat-Treatment Dependent | Generally More Tolerant of Impact |
Material Cost | Generally Higher | Moderate | Generally Lower |
Application Focus | Highly Abrasive Mineral Samples | Hard Mineral Sample Preparation | General Mineral and Coal Sample Preparation |
Contamination Consideration | Potential W/Co Contamination | Potential Fe/Cr Contamination | Potential Fe/Mn Contamination |
No grinding bowl material is completely free from wear-related contamination. The selected material must be compatible with the intended analytical method.
Qirun supports customized grinding bowl supply and replacement component requirements for laboratory pulverizers.
Customers can submit technical drawings, original grinding bowl dimensions, or equipment model information for review.
Tungsten carbide material specifications
Grinding bowl dimensions and cavity profiles
Mounting and clamping arrangements
Compatible replacement component dimensions
Machining and surface requirements
Inspection according to customer specifications
Please provide:
Pulverizer manufacturer and model
Required grinding bowl size
Technical drawing or original component dimensions
Grinding component configuration
Tungsten carbide grade or material requirements
Required quantity
Sample material and application information
This information helps Qirun evaluate available manufacturing and replacement options.
Looking for tungsten carbide grinding bowls for laboratory sample preparation?
Qirun supplies wear-resistant grinding components for mining laboratories, geological testing, mineral analysis, and industrial sample preparation.
Send us your pulverizer model, grinding bowl dimensions, material requirements, or technical drawings to discuss replacement components and OEM supply options.
Email: vip@qrcrusher.com
Request a Quote | Submit Your Drawings
Tungsten carbide grinding bowls are used in suitable laboratory pulverizers for mineral sample preparation.
They help reduce hard ore samples into finer particles before subsequent analytical procedures.
Geological laboratories process rock, ore, and mineral samples obtained from exploration programs.
Tungsten carbide grinding components are useful where sample abrasiveness creates significant wear on conventional steel components.
Mining operations use laboratory sample preparation equipment to evaluate ore characteristics and support process monitoring.
Wear-resistant grinding bowls provide a component option for repeated pulverizing of abrasive samples.
Materials laboratories may use tungsten carbide grinding bowls for preparing selected hard and brittle samples.
Their use should be evaluated according to pulverizer compatibility, sample properties, and permissible elemental contamination.
A tungsten carbide grinding bowl is a wear-resistant grinding component used in compatible laboratory pulverizers. It is manufactured from tungsten carbide-based cemented carbide and is commonly selected for abrasive sample preparation.
Tungsten steel is sometimes used as a commercial name for cemented carbide. In this product context, the intended material is tungsten carbide particles combined with a metallic binder, rather than pure tungsten metal.
Tungsten carbide offers very high hardness and abrasion resistance, making it suitable for many hard and