Name: ACCUD TUBE MICROMETER 25-50MM 0.006MM ACC. 8X1.8MM ANVIL 0.01MM GRAD.
Brand: ACCUD
SKU: AC341-002-01
Price: 1374 ZAR
Availability: InStock

ACCUD TUBE MICROMETER 25-50MM 0.006MM ACC. 8X1.8MM ANVIL 0.01MM GRAD.

NOTE

For walk-in customers, please check availability with the relevant branch.

0 (0)

Write a review

0 out of 5

0 global ratings

5 star

4 star

3 star

2 star

1 star

See all reviews ›

R 1,374.00

Ex VAT: R 1,194.78

Stock: 2
MPN: AC341-002-01
Weight: 0.52kg
Dimensions: 196.00mm x 110.00mm x 32.00mm
SKU: AC341-002-01
UPC: 6009515893194

ACCUD

For 3 or more items, click to quote

Qty

Add to Cart

Buy Now Ask Question

Add to Wish List Compare this Product

Micrometer 25 - 50mm Tube Cylindrical Anvil 8 x Ø1.8mm
SERIES 341 [Type A Anvil]

The tube cylindrical anvil micrometer is a specialised precision measuring tool designed specifically for measuring the wall thickness of tubes, pipes, and other cylindrical objects. The key feature of this micrometer is its cylindrical anvil, which is perfectly shaped to make contact along the curved inner surface of tubes, ensuring accurate and consistent measurements of wall thickness.

Measure the wall thickness of tube, bearing and rings
Graduation: 0.01mm
Carbide measuring faces
Ratchet stop

Advantages of a Tube Cylindrical Anvil Micrometer

Precision on Curved Surfaces: Provides accurate measurements of the wall thickness of tubes and pipes, where standard flat anvils may not provide accurate contact.
Versatility: Suitable for a variety of applications involving cylindrical objects, including pipes, tubes, and hollow cylinders.
Durability: Built from high-quality materials to withstand frequent use in industrial environments.
Ease of Use: Designed for ergonomic handling and clear, easy-to-read measurements, making it a user-friendly tool for professionals.

In summary, a tube cylindrical anvil micrometer is a precision tool essential for measuring the wall thickness of cylindrical objects such as tubes and pipes. Its unique cylindrical anvil ensures accurate contact with curved surfaces, making it indispensable in industries that require precise measurement of tubular components.