Feature

●This finder is made of alloy steel wear-resistant material for durability. Applicable to GB/T1724-93, ISO1524, GB/T13217.3-91 standard
●Scraper fine gauge is made to strictly comply with GB/T 1724-89 and ISO 1524 standards. Measure the size and particle distribution of paint particles in dopes, printing inks and other liquids to control quality during production, storage and use. Scraper fine gauge is widely used in many industries including paint, plastic, printing ink, paper, ceramic, pharmaceutical, food and so on
●Scraper Fine Gauge is flat steel with a grooved surface. The groove depth is changed from the maximum value on one side to the last zero. Value of groove depth marked on flat steel to read size of particles. Particle distribution units are 0-8 Hegman um or Hegman. 0 Hegman = 100 um, 4 Hegman = 50 um, 8 Hegman = 0 um Usage: Place particles in a deep groove and use a scraper to scrape particles from deep grooves to lower grooves. The size of the particle can be read at the point of the coarseness of particles

[0-50um]





Description


QXD Finesse Gauge Stainless Steel Scraper Granularity Distribution Meter Single Groove Finesse Plate 0-25-50-100um Options

Description:
This finder is made of alloy steel wear-resistant material for durability. Applicable to GB/T1724-93, ISO1524, GB/T13217.3-91 standard.
Scraper fine gauge is made to strictly comply with GB/T 1724-89 and ISO 1524 standards. Measure the size and particle distribution of paint particles in dopes, printing inks and other liquids to control quality during production, storage and use. Scraper fine gauge is widely used in many industries including paint, plastic, printing ink, paper, ceramic, pharmaceutical, food and so on.
Scraper Fine Gauge is flat steel with a grooved surface. The groove depth is changed from the maximum value on one side to the last zero. Value of groove depth marked on flat steel to read size of particles. Particle distribution units are 0-8 Hegman um or Hegman. 0 Hegman = 100 um, 4 Hegman = 50 um, 8 Hegman = 0 um Usage: Place particles in a deep groove and use a scraper to scrape particles from deep grooves to lower grooves. The size of the particle can be read at the point of the coarseness of particles.

Specifications:
Range: 0-25μm, 0-50μm, 0-100μm, 0-150μm (optional)
Technical Parameters: Executive Standard; GB / T1724-89
Fineness Range: 0-25, 0-50, 0-100, 0-150
Graduation: (2.5, 5, 5) μm
Structural Size: Scraper 6.1 x 2.0 x 0.5 inches (155 x 50 x 1
Incline groove: 0.5 x 4.7 inches (13 x 12
Scraper: 2.7 x 1.6 x 0.2 inches (68 x 40 x 6.5