Engineering Products,

105 - Industrial Estate,
Ambala Cantt-133001,Haryana (India)


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Paper and Pulp Testing Equipments


Bending Resistance (Stiffness) Tester

02 Bursting Strength Testers
a.Economy model with digital pressure gauge
b.With one bourdon type Pressure gauge
Diaphragms (lot of ten)


Collapse tester for Paper Tube

Paper tubes used for winding yarn, shall have adequate mechanical strength. One of the tests used for ascertaining the mechanical strength of paper tubes is the collapse test. In this test, a test specimen taken from the sample of paper tube is placed on a rigid flat metallic plate and pressed against another rigid flat metallic plate. The maximum force required to collapse the tube is then measured.
Technical Details Maximum compression load Pressure gauges
1000Kg 0 – 42 kg/ cm2 for testing upto 160 kg
04. Compression Strength Tester for Transport Packages
05. Drop test Apparatus for Transport Packages


Elmendorf Tear Tester



Folding Endurance Taster

a.M.I.T type
b.Schopper type


GSM Balance (Quadrant Scale)

The weight per unit area or grammage of any material in form of sheets is usually expresses as its GSM, that is its weight in grams per square metre of its area. It is one of the most important parameters to determine the quality of any paper. In addition to paper, it can also be used for evaluation of grammage of fabrics, coated fabrics, felt, plastic films and sheets, etc.

Scale A 0 -160 x 0.5 GSM (sample size 25 x 25 cm)
Scale B 0 - 1000 x 4 GSM (sample size 10 x 10 cm)
Model B
Scale A 0 - 300 x 1 GSM (sample size 20 x 25 cm)
Scale B 0 - 600 x 2 GSM (sample size 20 x 12.5 cm)
09. Ink Rub Tester
10. Round Sample Cutter

Sizing Tester (Cobb Apparatus)

The amount of water absorbed by any paper is dependent on various characteristics such as its sizing and porosity etc. The sizing of paper can be determined by conducting a water absorption test with the help of a Cobb tester. In this test the weight of water absorbed by a known area of the paper under test in a specified duration of time is determined, from which the sizing characteristic is evaluated. However, this method is not recommended for determination of sizing characteristic of writing paper.
Methods of Sampling and Test for Paper and Allied Products
Water Absorptiveness of Sized (Non-bibilous) Paper and Paperboard (Cobb test)

Technical Details
Inner diameter of reservoir 112.8mm
Area of opening of reservoir 100 cm2
Height of reservoir 25 mm
Diameter of brass roller 100 mm
Length of brass roller 200 mm

Tensile Testing Machine

a. Electronic model


Thickness Gauge for Paper

The standard thickness of any sample of paper or paper board is measured by placing one or more test specimens taken from the sample under test on a flat anvil and pressing it down with the help of a circular indenter applying a pressure of 1 0.1 kg/cm2 on the test specimen. The diameter of indenter used for measuring the thickness is between 14 and 16.5 mm, while the pressure is applied by means of a dead weight to give more consistent readings.
Methods of Sampling and Tests for Paper and Allied Products Clause 7:Thickness

Technical Details
Range of measurement 0 ? 10 x 0.01 mm
Diameter of pressure foot 15 mm
Diameter of anvil 45 mm
Depth of neck 100 mm
Pressure exerted by indenter 1 kg/cm2 (1.77 kg)
14. Water Vapour Permeability Tester

Bursting strength tester with two pressure gauge

Bursting strength of any material such as fabric, leather, paper etc. is its strength under multi-directional force and is defined as the hydrostatic pressure required to produce rapture of the material when pressure is applied at a controlled increasing rate through a rubber diaphragm.
Method for Determination of Bursting Strength and
Standard Test Method for Bursting Strength of Paper
Technical Details
Range of force measurement


Schopper Folding Endurance Tester

Folding or creasing plays a very important part in life of paper. Almost all varieties of paper are subjected to either single or repeated folds in the course of their application. Determination of folding resistance is thus of prime importance in assessing suitability of any paper for the end use. Folding resistance is usually determined by either the MIT folding endurance method or by the Schopper folding endurance method. While the former is suited for any thickness of paper up to 1.25 mm, the latter is generally used when the thickness of paper is less than 0.25 mm.
Methods of Sampling and Test for Paper and Allied Products

Technical Details
Frequency of double folds 90 to 120 per minute
Length of movement of blade 20 mm
Thickness of slotted blade 0.5 mm
Width of slot 0.5 mm
Diameter of creasing rollers 6.0 mm