| Gauge type | Thread ring |
| Size | 10 to 20 mm |
| Go No Go type | Go only |
| Material | Carbide tipped |
| Gauge set | Single piece |
Carbide screw ring gauges are thread gauges used to inspect the external threads of screws and bolts, ensuring they meet specific tolerance requirements. These gauges are typically made of tungsten carbide, which offers superior wear resistance compared to steel, making them suitable for precision gauging and harsh manufacturing environments. Key Features and Benefits:
- Durability:Carbide material provides excellent wear resistance, extending the gauge's lifespan and reducing the need for frequent replacement, especially in environments where high friction or abrasion is present.
- Precision:Carbide gauges offer high precision due to their low thermal expansion coefficient and high hardness, ensuring accurate measurements even under varying temperature conditions.
- Corrosion Resistance:The carbide material resists corrosion, making these gauges suitable for use in environments with moisture or chemical exposure.
- Low Friction:The smooth, low-friction surface of carbide minimizes wear and damage to both the gauge and the thread being inspected.
- Compact Design:Carbide gauges can be designed compactly and lightweight, facilitating convenient handling and storage.
- Easy to Use and Maintain:Carbide gauges are generally easy to clean and maintain, reducing downtime and ensuring longevity.
- Customizable Options:Carbide gauges can be customized to meet specific measurement requirements, including thread types, sizes, and tolerances.
Types of Carbide Screw Ring Gauges:
- Go and No-Go Gauges:These gauges come in pairs, with the "Go" gauge verifying the thread's upper tolerance limit and the "No-Go" gauge verifying the lower tolerance limit.
- Solid and Split Ring Gauges:Solid ring gauges are designed as a single unit, while split ring gauges have a small split that allows for easier handling and adjustment.
Applications:Carbide screw ring gauges are widely used in various industries, including:
- Manufacturing: Ensuring the quality of screws and bolts during production.
- Automotive: Inspecting threads in engine components and other parts.
- Aerospace: Verifying the accuracy of threads in critical components.
- Construction: Checking the threads of bolts and fasteners in construction projects.