Gaosi Tools Set of 3PCS Coating Specific Gravity Cup Paint Density Determiner Pycnometer Include 37cc/ml,50cc/ml,100cc/ml

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Gaosi Tools Set of 3PCS Coating Specific Gravity Features

• Suitable for measuring the specific gravity of various coatings and auxiliary materials, oil and other liquids.

• Made by stainless steel, fine workmanship, standard measurement (The error is within 1mg (0.001%).

• A small hole in the stainless steel lid to discharge excess test fluid.

• The Coating Specific Gravity Cup is designed in a cylindrical shape which provides a large opening for easy filling, emptying, and cleaning

• The Specific Density Cup is also called the Liquid Pycnometer, it is used for quality control.

About Gaosi Tools Set Of 3PCS Coating Specific Gravity

Product Feature 1.Suitable for measuring the specific gravity of various coatings and auxiliary materials, oil and other liquids. Made by stainless steel, fine workmanship, standard measurement (The error is within 1mg (0.001%). 2.Pack of 3pcs include 37cc/ml,50cc/ml,100cc/ml 3.A small hole in the stainless steel lid to discharge excess test fluid. 4.The Coating Specific Gravity Cup is designed in a cylindrical shape which provides a large opening for easy filling, emptying, and cleaning 5. The Specific Density Cup is also called the Liquid Pycnometer, it is used for quality control. Technical parameters: 1. 100ml volumetric ISO standard size; 50ml specific volume; 37ml volumetric GB standard size, ensures error within 1 mg (0.001%) . 2. Test is carried out in 23℃±2℃, in accordance with ISO standards. 3. The corrosion resistance of stainless steel. How to use a Density Cup: 1.Weigh cleaned density cup empty and record weight 2.Temper density cup and test liquid (20°C±0.5°C/68°F±1.0°F) 3.load the liquid into density cup 4.Put cover on without tilting to avoid air bubbles 5.Remove overflowing liquid carefully with absorbent cloth 6.Weigh filled density cup 7.Calculate density Calculation method: [ ρ=(m2 - m1) / V ] m1= the weight of cup (g) m2= the total weight of cups and sample (g) V= volume of the cup (ml)