.015" X 1/2" X 300"/25Ft 1095 High Carbon Feeler/Thickness Gauge Coils
MTR MTR Available
USA U.S.A. Made
Return Returns Acceptable.
DFARS DFARS Compliant
Info

Product Information

Info

Please note:

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Please note that this data is to be used ONLY FOR REFERENCE, NOT FOR DESIGN, and by using it,you agree that any decisions you make regarding materials for your project are at your own discretion.
Thickness
0.015
Alloy
1095
Temper
Spring Temper
Production Method
Cold Rolled
Metal Type
Carbon Steel
Shape
Feeler Gauge
Ships
1-3 Business Days
Brand
Trinity Brand Industries
Weight/Lineal Foot
0.65 pounds
Info

Chemistry Information : 1095 Carbon Steel

Element
Percentage
Element
Percentage
Element
Percentage
Fe
98.38 - 98.8
C
0.9 - 1.03
S
0.05  max
P
0.04  max
Mn
0.3 - 0.5

This feeler gauge coil measures 0.015 inches thick, 0.50 inches wide, and 300 inches (25 feet) long. It is made from 1095 high carbon steel with spring temper and is cold rolled for precision.

Yes, this product is DFARS compliant and is sourced domestically, ensuring it meets defense-related and domestic manufacturing standards.

Yes, a material test report (MTR) is available for this product to verify its chemical and physical properties.

This product typically ships within 1-3 business days, ensuring a prompt delivery.

Absolutely, the coil's spring temper and cold rolled production method make it ideal for precise thickness gauging and feeler applications.

The feeler gauge coils measure 0.015 inches thick, 0.50 inches wide, and 300 inches (25 feet) long. They are made from 1095 high carbon steel with a spring temper and are cold rolled for precision.

Yes, this product is DFARS compliant and includes a Material Test Report (MTR) for quality assurance.

These feeler gauge coils typically ship within 1 to 3 business days, ensuring a fast delivery.

Yes, you can buy these coils individually or in bulk. Price discounts are available starting from 10 pieces, with increasing savings for larger quantities.

These coils are ideal for precision thickness measurement and gap setting in mechanical and engineering applications due to their high strength and spring temper.

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