Fineness of Grind Gauges

Name: Fineness of Grind Gauges
Brand: CALTECH ENGINEERING SERVICES
Price: 50 INR
Availability: InStock

Price 50 INR/ Piece

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MOQ : 50 Pieces

Fineness of Grind Gauges Specification

Capacity
One test per run

Temperature Range
Ambient, typically 10C to 40C

Humidity %
Up to 85% RH (Non-Condensing)

Diameter
Typically 25 mm to 50 mm (varies by model)

Measurement Range
0 to 25 m / 0 to 50 m (as per model)

Equipment Type
Fineness of Grind Gauge

Application Media
Paints, Pigments, Inks, Coatings, Beads, Resins

Pressure Range
Atmospheric

Protection
Corrosion-Resistant Surface

Resolution
1 m

Material
High-Grade Hardened Stainless Steel

Power Supply
Manual (Non-Electric)

Accuracy
1 m

Display Type
Engraved Graduated Scale

Range
0 to 25 microns / 0 to 50 microns (varies by model)

Accessories Included
Stainless Steel Wiper Blade

Groove Width
12 mm to 25 mm (varies by model)

Cleaning Method
Solvent wipe or ultrasonic cleaning

End Use
Rapid dispersion and fineness checks in laboratory or production

Finish
Machined & Polished

Weight
Approx. 0.5 kg

Groove Length
Approx. 120 mm to 150 mm

Scale Graduation
1 micron or 2 microns per division

Number of Channels
Single or Dual Channel (custom available)

Fineness of Grind Gauges Trade Information

Minimum Order Quantity
50 Pieces

Supply Ability
500 Pieces Per Day

Delivery Time
1 Week

About Fineness of Grind Gauges

Technical Specification

Description	Order Information	Groove Size LW	Ranges	Overall dimension	Graduation	Number of Grooves
Single-Channel Grind Gauge	BGD 241/0	14012.5mm	0-15m	1705012mm	0.625 m	1
	BGD 241/1		0-25m	1705012mm	1.25 m	1
	BGD 241/2		0-50m	1705012mm	2.5 m	1
	BGD 241/3		0-100m	1705012mm	5 m	1
Double-Channel Grind Gauge	BGD 242/0	14012.5mm	0-15m	1756512mm	0.625 m	2
	BGD 242/1		0-25m	1756512mm	1.25 m	2
	BGD 242/2		0-50m	1756512mm	2.5 m	2
	BGD 242/3		0-100m	1756512mm	5 m	2
Wide-Channel Grind Gauge	BGD 244/1	14037.0mm	0-25m	1756512mm	1.25 m	1
	BGD 244/2		0-50m	1756512mm	2.5 m	1
	BGD 244/3		0-100m	1756512mm	5 m	1

High-Precision Particle Size Assessment

With engraved graduated scales and resolution as fine as 1 micron, these fineness of grind gauges deliver precise measurement for ensuring optimal particle dispersion. The channel design and capacity allow for one test per run, making it easy to quickly verify the quality of laboratory or production samples.

Versatile Construction for Diverse Applications

Manufactured with high-grade hardened stainless steel, the gauges are corrosion-resistant and built for longevity even in harsh industrial environments. They accommodate a range of media, including paints, pigments, beads, and resins, fitting the needs of manufacturers, labs, and quality control facilities.

FAQs of Fineness of Grind Gauges:

Q: How do you use a Fineness of Grind Gauge to assess particle dispersion?

A: To use the gauge, place a small amount of sample at one end of the groove, then spread it evenly with the included stainless steel wiper blade. The point where particles begin to appear in the grooves indicates the fineness of grind, which you can directly read from the graduated scale.

Q: What media can be tested with these grind gauges?

A: These gauges are suitable for evaluating particle size in paints, pigments, inks, coatings, resins, and other dispersions containing solid particles in liquid or paste form.

Q: When should you clean the gauge, and what methods are recommended?

A: The gauge should be cleaned after each use to maintain measurement accuracy. Cleaning can be performed using a solvent wipe or by placing the gauge in an ultrasonic cleaner, depending on the sample type and residue.

Q: Where are these fineness of grind gauges commonly used?

A: They are widely utilized in laboratories, production lines, and quality control departments within paint, ink, coating, resin, and pigment manufacturing facilities.

Q: What are the benefits of using a dual channel gauge compared to a single channel model?

A: Dual channel gauges allow for simultaneous testing of two samples or different grind ranges, improving efficiency and providing comparative analysis within the same process.

Q: What steps should be followed for consistent and accurate readings?

A: Ensure samples are properly mixed, use the wiper blade with even pressure, clean the gauge thoroughly between tests, and operate within the specified temperature (10C40C) and humidity (up to 85% RH) ranges.

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