Portable Trilock Cylindrical Plug Gages - Inch - Steel - X - 3.7601-4.010 - Double End Now 70% Cheaper [QiaInxrq]

Trilock Cylindrical Plug Gages: Precision and Reliability

The Trilock Cylindrical Plug Gages are designed to deliver unparalleled precision and reliability for quality assurance in cylindrical components. Engineered for repeatable performance, these gages are the ideal choice for maintaining exact sizing and ensuring the highest standards of quality. Crafted from wear-resistant tool steel, these gages are built to last, even in demanding production environments.

• Accurate Sizing: The Trilock gages offer precise measurements for cylindrical components, ensuring consistent and reliable results.
• Double-End Design: The double-end feature allows for efficient and convenient use, providing twice the functionality in one tool.

Technical Specifications and Properties

The Trilock Cylindrical Plug Gages are available in inch measurements and are constructed from high-quality tool steel, providing exceptional durability and resistance to wear. The gages are finished to tight tolerances, ensuring precise fit and accurate readings. With a range of 3.7601-4.010 inches, these gages cover a wide range of applications and sizes.

• Material: Wear-resistant tool steel for longevity and accuracy.
• Finish: Tight tolerances for precise fit and reliable measurements.

Practical Applications and Benefits

The Trilock Cylindrical Plug Gages are perfect for use in production lines and QA labs, where precise measurements are crucial for quality control. Their robust design and double-end feature make them highly versatile, suitable for checking straight bores in various cylindrical components. By investing in these gages, you can ensure that your products meet the highest standards of quality and reliability.

• Quality Assurance: The Trilock gages are essential for maintaining quality in cylindrical components.
• Production Efficiency: The double-end design allows for quick and easy use, enhancing production efficiency.