Webster 경도 시험기: 알루미늄 및 기타 연질 금속의 정밀 경도 측정
The Webster Hardness Tester is a highly efficient and portable tool designed for quickly measuring the hardness of soft metals such as aluminum alloys, brass, copper, and other non-ferrous materials. Renowned for its ease of use and rapid measurement capabilities, it is widely employed in quality control and production environments across various industries.
NDTMachine supplies high-end Webster Hardness Tester. Contact us and get your NDT supplies at affordable price.
웹스터 경도 시험기 판매
The Webster Hardness Tester is a handheld mechanical device used to determine the hardness of materials through a simple, non-destructive indentation process. It provides a direct hardness value, allowing for quick on-site evaluation of material properties without requiring extensive setup or advanced technical knowledge.
웹스터 경도 시험기의 장점
사용의 용이성
The straightforward design requires minimal training, enabling even non-specialized personnel to perform hardness testing.
휴대성과 경량성
Ideal for fieldwork and on-site inspections, the Webster Hardness Tester is compact and easy to carry.
The tester does not cause significant damage to the sample, preserving its usability.
다양한 애플리케이션
Suitable for flat sheets, extrusions, profiles, and tubes made from aluminum and other soft metals.
웹스터 경도 시험기의 응용
튜브 및 프로파일 테스트
Measuring the hardness of pipes, extrusions, and other profiles without damaging the material.
웹스터 경도 시험기는 어떻게 작동합니까?
The device consists of a calibrated spring-loaded indenter and a specially designed anvil. The hardness measurement process involves:
- 샘플 배치: Position the material between the indenter and the anvil.
- 압력을 가함: Squeeze the handles of the tester to press the indenter into the material.
- 결과 읽기: The pointer on the dial indicates the hardness value directly in Webster units.
The measurement process takes only a few seconds, making it highly efficient for high-volume testing environments.
웹스터 경도 시험기 모델
당사는 다양한 산업 요구 사항을 충족하도록 설계된 다양한 Webster 경도 시험기를 제공합니다.
모델 B
- 알루미늄 합금용 표준 모델
- Suitable for materials with thicknesses of up to 13 mm
모델 BB
- 황동 및 구리와 같은 부드러운 소재용으로 설계됨
- 확장된 측정 범위
모델 B-75
- 더 단단한 알루미늄 합금 및 스테인리스강에 이상적
- 거친 환경을 위한 강화된 내구성
특수 모델
- Custom configurations for specific applications, such as testing thin materials or unique profiles
W-20:General Model, suitable for common aluminum materials;
W-20A: 두께가 13mm 이하인 알루미늄 재료에 적합합니다.
W-20B: 내경이 6mm 이상인 알루미늄 튜브에 적합합니다.
W-B75:Suitable for brass tube, brass strip;
W-BB75:Suitable for red copper tube, red copper strip;
W-B92:Suitable for soft stainless steel, cold-rolled strip.
유지보수 및 교정
To ensure the accuracy and longevity of the Webster Hardness Tester, follow these maintenance guidelines:
- 정기 청소: Keep the indenter and anvil free of dirt and debris.
- 교정 확인: Periodically verify the tester's accuracy using standard calibration blocks.
- 부품 검사: Check for wear on the indenter and replace it if necessary.
- 적절한 보관: Store the tester in its protective case when not in use.
Our team provides calibration services and replacement parts to keep your tester performing optimally.
웹스터 경도 시험기에 대해 자주 묻는 질문(FAQ)
1. What is the primary use of a Webster Hardness Tester?
The Webster Hardness Tester is primarily used to measure the hardness of soft metals like aluminum, brass, and copper.
2. Can the Webster Hardness Tester be used for stainless steel?
Yes, specific models like the B-75 are designed to measure the hardness of harder materials such as stainless steel.
3. Is the Webster Hardness Tester portable?
Yes, its lightweight and compact design make it ideal for on-site and field inspections.
4. How does the tester display results?
The hardness value is directly indicated on a dial gauge in Webster hardness units.
5. Does the tester require power?
No, it is a mechanical device that operates without electricity or batteries.
6. How accurate is the Webster Hardness Tester?
The tester offers high accuracy, with a typical tolerance of ±0.5 Webster units.
7. What maintenance is required?
Regular cleaning, calibration, and inspection of the indenter and anvil ensure optimal performance.
8. Can it measure curved surfaces?
Yes, the tester is suitable for measuring the hardness of tubes, profiles, and other curved surfaces.
9. What is the maximum thickness it can test?
The standard model can measure materials up to 13 mm thick.
10. Are calibration blocks included?
Yes, calibration blocks are included for verifying the tester’s accuracy.
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