PUSHEN Zahn-5 #Zahn Cup Zahn Cup

Viscosity range 400-1800cSt; nozzle diameter 5.3mm; portable; stainless steel; meets ASTM D4212 standard.

Brand

SKU: NB018125

Pushen

Model

Zahn-5#

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Information

Datasheet Video Catalog Manual

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Pushen Zahn-5# Zahn CupOverview
Specifications
Comments
FAQs

Zahn-5#

Zahn Cup

Viscosity range 400-1800cSt; nozzle diameter 5.3mm; portable; stainless steel; meets ASTM D4212 standard.

Zahn Cup

It can be used anywhere in factories, workshops and laboratories to quickly check the viscosity of fluids.

Each cup has a 30 cm long ring handle that can be held by hand to submerge the cup in the liquid.

There is a ring in the center of the handle to keep the cup vertical during the test.

Pushen Zahn-5# Zahn Cup Details Figure 1

Pushen Zahn-5# Zahn Cup Details Picture 2

Pushhen Zahn-5# Zahn Cup Details Picture 3

Standards

ASTM D 4212

Comparison of parameters of PS ZAHN Cup series

model	cup number	outflow aperture	Measuring range	outflow time
PS 1024/1	number 1	2	5-60	35-80
PS 1024/2	number 2	2.7	20-250	20-80
PS 1024/3	number 3	3.8	100-800	20-80
PS 1024/4	No 4	4.3	200-1200	20-80
PS 1024/5	Number 5	5.3	400-1800	20-80
Unit: mm, cSt, s
Other parameters
Standards	ASTM D 4212
material	Stainless steel

Pushen Zahn-5# Zahn CupSpecifications

LIST	VALUE
Viscosity range	400~1800cSt
outflow time	20~80s
Flow hole diameter	5.3mm
Cup body material	stainless steel
Filter material	stainless steel
Handle material	stainless steel
Applicable standard	ASTM D4212
Environment temperature	25℃±0.2℃
Certificate	without

Pushen Zahn-5# Zahn Cup Packing list

Zahn Cup X1, instruction manual X1

[Note] Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.

FAQ

[Q]

What is the capacity of this viscosity cup?

[A]

44ml

[Q]

Do you have the Zahn Cup required by the ASTMD1084 standard?

[A]

This Zahn-5 #Zahn Cup will do.

[Q]

Coating viscosity measured by flow cup method, must be at the specified temperature? If not according to the specified viscosity will have any impact?

[A]

Viscosity cup measurement generally has 3 variables, viscosity, outflow time and temperature. Temperature is specified in many viscosity measurement standards because temperature has a large impact on viscosity, and the change of viscosity with temperature may not be dominant, and any diluted material used to adjust viscosity may also change the rate of this change.

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