Strain Gage Installations with M-Coat C. @Micro-Measurements

Uploaded February 2021 | Updated September 2026, 1 day ago

Darryl discusses the merits of the most commonly used strain gage protective coating; M-Coat C. This coating is fit for a wide range of applications and temperature ranges, and Darryl describes the criteria for selection and application.

M-Coat C is a solvent-thinned (naphtha) RTV silicone rubber. Cures to tough, rubbery transparent film.

Good all-around mechanical and electrical properties. Completely
noncorrosive. Recommended for lab and field installations that require a high degree of protection in thin coatings. Good water splash protection. Good chemical resistance.

FEATURES:
• Air drying
• Low reinforcement
• Transparent

Micro-Measurements: micro-measurements.com
Advanced Sensors Technology: micro-measurements.com/advanced-sensors-technology
StrainTalks™ seminar: straintalks.com
StrainBond™? micro-measurements.com/bonding
StrainBlog: strainblog.com

Strain Gage Installations with M-Coat C.

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$Small-Scale Sensor Designed For PCB Reliability Testing. Cracks in the PCBs — brittle fractures in solder and even across components, particularly around BGAs — can be induced by in-circuit test fixtures and during assembly, burn-in and testing, system integration, and packaging and shipping. The new Advanced Sensors Technology C4A-XX-G1350A-120 rectangular rosette gage is designed to detect PCB surface strains at critical locations in consumer electronics. C4A-XX-G1350A is miniature-scale strain gage (gauge) sensor designed to meet the growing demand for precise, stable, and reliable stress analysis of PCBs, even in harsh environments. Strain measurements should be made after all design iterations of the PCB, including changes to on-board components, which may alter thermal stress loading. This is especially useful when introducing new solder materials and processes, which may have a different stiffness and introduce a different soldering thermal profile. The miniaturization of consumer electronics — and consequent increase in component density — results in larger thermal stresses, new requirements for surviving repeated loadings, and a greater need for impact stress survival. Meeting these specifications requires accurate knowledge of strains in the PCB and on-board components. Strain gage measurement is the quickest, most accurate, and most cost-effective method for identifying strains on a PCB, and can be used in developing loading fixtures and test plans to optimize the testing phase. The solution is miniature-scale strain gage (gauge) sensor designed to meet the growing demand for precise, stable, and reliable stress analysis of PCBs, even in harsh environments. Micro-Measurements: https://micro-measurements.com/ Advanced Sensors Technology: https://micro-measurements.com/advanced-sensors-technology StrainTalks™ seminar: https://straintalks.com/ StrainBond™? https://micro-measurements.com/bonding StrainBlog: https://www.strainblog.com/$

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