ENS. HARDNESS BLOCK (6 PIECES)-PT05278 - PT05278
STT67973
Prix régulier
$4,822.00
Preorder today
- The patented anti-vibe® technology offers greater vibration damping than a traditional one-piece steel hammer.
- They are supplied with calibrated test blocks and the serialized indenter that was used to inspect each of the blocks in the set.
- When an anomaly is detected in a tester, these kits allow you to determine the direction to take to resolve the problem.
- The block is serialized, with a certificate detailing the environmental conditions used to test the block.
- The blocks are made from square steel or brass plates, as opposed to the more common stock of round bars
- Using a plate provides a more precise and homogeneous surface for inspection.
- Metallurgical tests have proven that during the production of round bars, the carbides suspended in the mixture migrate towards the center of the rod
- The blocks are designed for use on one side only, and the indentations must be greater than 0.01 in from the centers of two indentations or no closer to the edge of the block than 0.04 in
- The patented anti-vibe® technology offers greater vibration damping than a traditional one-piece steel hammer.
- They are supplied with calibrated test blocks and the serialized indenter that was used to inspect each of the blocks in the set.
- When an anomaly is detected in a tester, these kits allow you to determine the direction to take to resolve the problem.
- The block is serialized, with a certificate detailing the environmental conditions used to test the block.
- The blocks are made from square steel or brass plates, as opposed to the more common stock of round bars
- Using a plate provides a more precise and homogeneous surface for inspection.
- Metallurgical tests have proven that during the production of round bars, the carbides suspended in the mixture migrate towards the center of the rod
- The blocks are designed for use on one side only, and the indentations must be greater than 0.01 in from the centers of two indentations or no closer to the edge of the block than 0.04 in
STT67973
Prix régulier
$4,822.00
Preorder today
- The patented anti-vibe® technology offers greater vibration damping than a traditional one-piece steel hammer.
- They are supplied with calibrated test blocks and the serialized indenter that was used to inspect each of the blocks in the set.
- When an anomaly is detected in a tester, these kits allow you to determine the direction to take to resolve the problem.
- The block is serialized, with a certificate detailing the environmental conditions used to test the block.
- The blocks are made from square steel or brass plates, as opposed to the more common stock of round bars
- Using a plate provides a more precise and homogeneous surface for inspection.
- Metallurgical tests have proven that during the production of round bars, the carbides suspended in the mixture migrate towards the center of the rod
- The blocks are designed for use on one side only, and the indentations must be greater than 0.01 in from the centers of two indentations or no closer to the edge of the block than 0.04 in
- The patented anti-vibe® technology offers greater vibration damping than a traditional one-piece steel hammer.
- They are supplied with calibrated test blocks and the serialized indenter that was used to inspect each of the blocks in the set.
- When an anomaly is detected in a tester, these kits allow you to determine the direction to take to resolve the problem.
- The block is serialized, with a certificate detailing the environmental conditions used to test the block.
- The blocks are made from square steel or brass plates, as opposed to the more common stock of round bars
- Using a plate provides a more precise and homogeneous surface for inspection.
- Metallurgical tests have proven that during the production of round bars, the carbides suspended in the mixture migrate towards the center of the rod
- The blocks are designed for use on one side only, and the indentations must be greater than 0.01 in from the centers of two indentations or no closer to the edge of the block than 0.04 in