No item(s) available in cart.

30 FBH Resolution Reference Block Inch Version

Inch Version

30 FBH Resolution Calibration Block (Inch Version) Special Alloy

30 FBH Resolution Calibration Block (Inch Version) Special Alloy The 30 FBH resolution reference block is used to evaluate the near-surface resolution and flaw size/depth sensitivity of a normal-beam setup. In accordance with ASTM E428. Dimensions: 11.000" x 4.000" x 1.500" Contains 30 flat-bottom holes at 3/64” diameter, ten at 5/64”, and ten at 8/64”. Metal travel distances range from .050” to 1.250”. Material: Special Alloy

30 FBH Resolution Calibration Block (Inch Version) 1018 Steel

30 FBH Resolution Calibration Block (Inch Version) 1018 Steel The 30 FBH resolution reference block is used to evaluate the near-surface resolution and flaw size/depth sensitivity of a normal-beam setup. In accordance with ASTM E428. Dimensions: 11.000" x 4.000" x 1.500" Contains 30 flat-bottom holes at 3/64” diameter, ten at 5/64”, and ten at 8/64”. Metal travel distances range from .050” to 1.250”. Material: 1018 Steel

30 FBH Resolution Calibration Block (Inch Version) STAINLESS STEEL 304

30 FBH Resolution Calibration Block (Inch Version) STAINLESS STEEL 304 The 30 FBH resolution reference block is used to evaluate the near-surface resolution and flaw size/depth sensitivity of a normal-beam setup. In accordance with ASTM E428. Dimensions: 11.000" x 4.000" x 1.500" Contains 30 flat-bottom holes at 3/64” diameter, ten at 5/64”, and ten at 8/64”. Metal travel distances range from .050” to 1.250”. Material: STAINLESS STEEL 304

30 FBH Resolution Calibration Block (Inch Version) STAINLESS STEEL 316

30 FBH Resolution Calibration Block (Inch Version) STAINLESS STEEL 316 The 30 FBH resolution reference block is used to evaluate the near-surface resolution and flaw size/depth sensitivity of a normal-beam setup. In accordance with ASTM E428. Dimensions: 11.000" x 4.000" x 1.500" Contains 30 flat-bottom holes at 3/64” diameter, ten at 5/64”, and ten at 8/64”. Metal travel distances range from .050” to 1.250”. Material: STAINLESS STEEL 316

30 FBH Resolution Calibration Block (Inch Version) TITANIUM

30 FBH Resolution Calibration Block (Inch Version) TITANIUM The 30 FBH resolution reference block is used to evaluate the near-surface resolution and flaw size/depth sensitivity of a normal-beam setup. In accordance with ASTM E428. Dimensions: 11.000" x 4.000" x 1.500" Contains 30 flat-bottom holes at 3/64” diameter, ten at 5/64”, and ten at 8/64”. Metal travel distances range from .050” to 1.250”. Material: TITANIUM

30 FBH Resolution Calibration Block (Inch Version) ALUMINUM 7075-T6

30 FBH Resolution Calibration Block (Inch Version) ALUMINUM 7075-T6 The 30 FBH resolution reference block is used to evaluate the near-surface resolution and flaw size/depth sensitivity of a normal-beam setup. In accordance with ASTM E428. Dimensions: 11.000" x 4.000" x 1.500" Contains 30 flat-bottom holes at 3/64” diameter, ten at 5/64”, and ten at 8/64”. Metal travel distances range from .050” to 1.250”. Material: ALUMINUM 7075-T6

30 FBH Resolution Calibration Block (Inch Version) INCONEL 625

30 FBH Resolution Calibration Block (Inch Version) INCONEL 625 The 30 FBH resolution reference block is used to evaluate the near-surface resolution and flaw size/depth sensitivity of a normal-beam setup. In accordance with ASTM E428. Dimensions: 11.000" x 4.000" x 1.500" Contains 30 flat-bottom holes at 3/64” diameter, ten at 5/64”, and ten at 8/64”. Metal travel distances range from .050” to 1.250”. Material: INCONEL 625

30 FBH Resolution Calibration Block (Inch Version) MONAL 800

30 FBH Resolution Calibration Block (Inch Version) MONAL 800 The 30 FBH resolution reference block is used to evaluate the near-surface resolution and flaw size/depth sensitivity of a normal-beam setup. In accordance with ASTM E428. Dimensions: 11.000" x 4.000" x 1.500" Contains 30 flat-bottom holes at 3/64” diameter, ten at 5/64”, and ten at 8/64”. Metal travel distances range from .050” to 1.250”. Material: MONAL 800

© 2024 NDE FLAW TECH. All Right Reserved.