Stainless Steel Measuring Cup Viscosity Cup/ Density Cup 37ml/50ml /100ml Increased Accuracy Test Measure Bgd296

• Customization: Available
• After-sales Service: Video
• Warranty: 6 Mouths
• Model NO.: BGD296
• Material: Stainless Steel
• Capacity: 37ml/50ml/100ml
• Cup′s Diameter: 460mm
• Height: 450mm
• Accuracy: Within 1mg (0.001%)
• Test Temperature: Performed at 23 Degrees &Plusmn 2 Degrees
• Standard: ISO
• Transport Package: Carton Box
• Specification: Good quality
• Trademark: Glorythai
• Origin: China
• HS Code: 9027809900
• Production Capacity: 3000 PCS / Month

Product Description

BGD Paint Density Cup
Material: Stainless steel
Model: BGD 296
Ordering information
BGD 296/1-37ml
BGD 296/3-50ml
BGD 296/5- 100ml

Description:
The Density of a coating, also known as Density(Specific Gravity)Cups. Pycnometers are used to determine the specific weight per unit volume of a liquid at a given temperature.

This instrument consists of a cylindrical container and cover with a hole for exhaust of excess liquid for any excess Paint(or Ink)to be removed when the cup cover is pressing tightly. By doing so, will also ensure that no air bubbles (or pockets of air) are being trapped.

 It is in according with DIN 53217,ISO 2811,and BS 3900 A19.

Main Technical Parameters

Cup's diameter: 460mm,  Height: 450mm

1. A stainless steel precision instrument for determining the specific weight of paints and similar products.
2. There are three different size of density cups:
(1) ISO standard size: 100ml volume;
(2) 50ml specific volume;
(3) 37ml volume GB standard size.  
3. A tolerance of 1mg (0.001%) is guaranteed. Testing is carried out in accordance with ISO at 23±2°C.

 

Order information	Capacity	Unit	Material
BGD 296/1	37ml	Metric	Stainless steel
BGD 296/3	50ml	Metric	Stainless steel
BGD 296/5	100ml	Metric	Stainless steel

 

Procedure:

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. Fill density cup
4. Put cover on without tilting
5. Avoid air bubbles
6. Remove overflowing liquid carefully with absorbent cloth
7. Weigh filled density cup
8. Calculate density