NM01CB05SS

The 5 Step Stainless Steel 304 UT Calibration Block is a precision-machined calibration tool designed for ultrasonic testing (UT) equipment. Manufactured by Curtis Industries, this block provides five distinct thickness steps, essential for ensuring accurate measurements and flaw detection during UT inspections. It is supplied with a protective case for secure storage and transport.

Key Features:

• Five Distinct Thickness Steps:

  • Features five precisely machined steps with thicknesses of 0.010", 0.20", 0.30", 0.40", and 0.50" inches, offering a range of calibration points.

• Stainless Steel 304 Construction:

  • Made from high-quality Stainless Steel 304, a material known for its consistent ultrasonic properties, corrosion resistance, and dimensional stability.

• Precision Machining:

  • Each step is machined to precise tolerances, ensuring accurate and reliable calibration.

• Protective Case:

  • Supplied with a durable case, providing secure storage and protecting the block from damage during transport.

• Curtis Industries Manufacturing:

  • Manufactured by Curtis Industries, a recognized provider of UT calibration blocks and other NDT equipment.

Applications:

• Ultrasonic Flaw Detector Calibration:

  • Used to calibrate ultrasonic flaw detectors for accurate flaw detection and sizing.

• Ultrasonic Thickness Gauge Calibration:

  • Used to calibrate ultrasonic thickness gauges for accurate thickness measurements.

• NDT Training and Education:

  • Utilized in NDT training programs to demonstrate and practice calibration techniques.

• Quality Assurance and Control:

  • Employed in quality control processes to ensure accurate ultrasonic testing results.

• Equipment Performance Verification:

  • Used to verify the accuracy and performance of ultrasonic testing equipment.

Importance:

• Ensures Calibration Accuracy:

  • Provides a reliable means of calibrating UT equipment, leading to accurate measurements and flaw detection.

• Standardizes Calibration Procedures:

  • Offers a standardized method for calibrating UT equipment, ensuring consistency and repeatability.

• Supports Quality Control:

  • Plays a crucial role in quality control programs, ensuring that testing results are accurate and reliable.

• Facilitates Equipment Verification:

  • Allows for the verification of UT equipment accuracy, ensuring that it is performing within acceptable tolerances.