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Feeler Gauge For Laboratory

Name: Feeler Gauge For Laboratory
Brand: ESPL
SKU: AAKEO
Price: 7.07 USD
Availability: InStock

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SKU AAKEO Category Feeler Gauges Brand ESPL Condition New

Specifications

Applications	Laboratory
Usage	Industrial

Key Features

Hold the feeler gauge the same way you would hold a pen knife or a multi-tool, between your thumb and forefinger. If needed, feeler gauge blades can be stacked together to obtain the correct size for measuring. For example, a gap can be measured using more than one leaf at a time for extra precision

Product Description

Feeler Gauge For Laboratory A feeler gauge is a hand-held tool used for measuring gap widths between two objects that are close together. They are extremely popular with mechanical engineers as they require a very accurate clearance description between two parts where a caliper or tape measure would not be able to fit.

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Frequently Asked Questions

This feeler gauge is suitable for laboratory applications, making it a useful tool for precise measurements in various industrial settings.

To use the feeler gauge, hold it similarly to a pen knife or multi-tool between your thumb and forefinger. You can stack blades together to measure gaps more accurately.

The primary purpose of a feeler gauge is to measure gap widths between two objects that are close together, where traditional measuring tools may not fit.

Yes, feeler gauge blades can be stacked together to achieve the correct size for measuring gaps, providing extra precision when needed.

The feeler gauge is designed as a hand-held tool, allowing for easy handling and precise measurements in tight spaces.

The feeler gauge can measure gaps between various materials, particularly in laboratory and industrial settings, where precision is critical.

This tool provides measurements of gap widths, which are essential for ensuring proper fit and clearance in mechanical assemblies.

Feeler gauges are commonly used in industrial applications, particularly in mechanical engineering, automotive, and laboratory environments.

The typical handling technique involves gripping the feeler gauge between the thumb and forefinger, similar to holding a pen knife, for better control during measurement.

Precision is crucial when using a feeler gauge, as it ensures accurate measurements of gaps, which can affect the performance and fit of mechanical components.