To measure the TPM/TPI of multifilament twisted yarn or 2/3 ply yarn driven by a motor to un twisted the yarn and at a final stage the remaining twist are separated by using the pin by pin separation method and the twist of the yarn is displayed digitally in terms of TPM or TPI.

For determining the resistance of the colour fastness of textile against human perspiration on dyed fabric is determine by exposing the fabric sample in alkaline and acidic reagents, while in contact with grey adjacent fabric. The test specimen along with adjacent fabric is placed between the acrylic plates under a fixed load and kept inside the incubator oven for a specified time.The apparatus use for the purpose is called Perspirometer.

The equipment is used to determine the color Fastness of textile material perspective of any compositions for example cotton, Nylon, Linen, Silk, Wool, Yarn or fiber etc. by way of mechanical hesitation of textile in contact with the piece of specified adjacent fabrics in a soap soda solution followed by rinsing and dying.

The bath is having an arrangement to rotate 8 stainless steel jars containing the test solution and the test specimen above the horizontal axis at the specified speed.

The bath is heated by means of 2 emersion heater and the temperature is controlled by a capillary type Thermostat, which is displayed by a digital temperature indicator and can also be set with the preset counter as per the requirement.

After the mechanical hesitation the change in colour of the specimen and the standard fabric are assist by the standard grayscale.

We also manufacture and supply a wide range of Footwear Testing Equipments which is extensively used in various footwear industries to test the quality of the leather and footwear. These are available in different dimensions and specifications that meet the individual requirement of our clients in the best possible manner. Furthermore, our range is well known for the quality and longer service life features. We offer these at competitive prices.

Determination of water repellency, resistance to wetting (in term of water absorb) and resistance to penetration (in term of water penetrated) of fabric done by an instrument known as bundasmann type apparatus.

The bundasmann type apparatus made of four specimen holders which hold four specimens of the fabrics under test the specimen holders are rotate at the fixed RPM by means of a worm reduction gear box and an electric motor. The four specimen holders are mounted on teh assembly so that the specimens are titled at specified angle to the horizontal. Each sample holder is provided with four wiper arms fixed at right angle to each other and rotating about the axis of the cup. There are two aluminum tanks one at the bottom where the sample holder assembly is fixed and the other is fitted at the tp of the instrument, where the brass jets are fitted.

Tensile Strength and elongation are the two prime characteristics of most of the raw materials, whether they are metals; or non-metals such as rubber, leather, textiles, plastic paper; or finished products such as rods, wires, ropes, yarns belts etc. These properties very often play the major role in determining the suitability of any raw material for any specific applications. It is, therefore of utmost importance to determine these characteristics accurately, conveniently, and quickly.

The Tensile Testing Machines provide a relatively inexpensive way for determining the tensile strength and elongation of a variety of raw materials such as rubber, leather, fabric, plastics, belts wires etc., They are based on constant rate of traverse principle in which one end of the test specimen is held in a and screw arrangement. The load exerted on the stationary grip is measured by a pendulum dynamometer, where the angular movement of the pendulum because of application of load is converted into the movement of a pointer on a calibrated circular dial indicating the load directly in kilograms or Newtons. A dummy pointer is provided to indicate the maximum load exerted by the test specimen before it fails. The load measurement range is sub divided into three or four sub ranges which can be attained by addition / removal of calibrated disc weights from the pendulum.
The elongation of the test specimen is measured on a linear scale fixed on the frame of the tester, which indicates the distance between the grips. Arrangement to plot the load versus elongation chart is available as an optional accessory.

To measure the TPM/TPI of multifilament twisted yarn or 2/3 ply yarn driven by a motor to un twisted the yarn and at a final stage the remaining twist are separated by using the pin by pin separation method and the twist of the yarn is displayed digitally in terms of TPM or TPI.

For determining the resistance of the colour fastness of textile against human perspiration on dyed fabric is determine by exposing the fabric sample in alkaline and acidic reagents, while in contact with grey adjacent fabric. The test specimen along with adjacent fabric is placed between the acrylic plates under a fixed load and kept inside the incubator oven for a specified time.The apparatus use for the purpose is called Perspirometer.

The equipment is used to determine the color Fastness of textile material perspective of any compositions for example cotton, Nylon, Linen, Silk, Wool, Yarn or fiber etc. by way of mechanical hesitation of textile in contact with the piece of specified adjacent fabrics in a soap soda solution followed by rinsing and dying.

The bath is having an arrangement to rotate 8 stainless steel jars containing the test solution and the test specimen above the horizontal axis at the specified speed.

The bath is heated by means of 2 emersion heater and the temperature is controlled by a capillary type Thermostat, which is displayed by a digital temperature indicator and can also be set with the preset counter as per the requirement.

After the mechanical hesitation the change in colour of the specimen and the standard fabric are assist by the standard grayscale.

We also manufacture and supply a wide range of Footwear Testing Equipments which is extensively used in various footwear industries to test the quality of the leather and footwear. These are available in different dimensions and specifications that meet the individual requirement of our clients in the best possible manner. Furthermore, our range is well known for the quality and longer service life features. We offer these at competitive prices.

Determination of water repellency, resistance to wetting (in term of water absorb) and resistance to penetration (in term of water penetrated) of fabric done by an instrument known as bundasmann type apparatus.

The bundasmann type apparatus made of four specimen holders which hold four specimens of the fabrics under test the specimen holders are rotate at the fixed RPM by means of a worm reduction gear box and an electric motor. The four specimen holders are mounted on teh assembly so that the specimens are titled at specified angle to the horizontal. Each sample holder is provided with four wiper arms fixed at right angle to each other and rotating about the axis of the cup. There are two aluminum tanks one at the bottom where the sample holder assembly is fixed and the other is fitted at the tp of the instrument, where the brass jets are fitted.

Tensile Strength and elongation are the two prime characteristics of most of the raw materials, whether they are metals; or non-metals such as rubber, leather, textiles, plastic paper; or finished products such as rods, wires, ropes, yarns belts etc. These properties very often play the major role in determining the suitability of any raw material for any specific applications. It is, therefore of utmost importance to determine these characteristics accurately, conveniently, and quickly.

The Tensile Testing Machines provide a relatively inexpensive way for determining the tensile strength and elongation of a variety of raw materials such as rubber, leather, fabric, plastics, belts wires etc., They are based on constant rate of traverse principle in which one end of the test specimen is held in a and screw arrangement. The load exerted on the stationary grip is measured by a pendulum dynamometer, where the angular movement of the pendulum because of application of load is converted into the movement of a pointer on a calibrated circular dial indicating the load directly in kilograms or Newtons. A dummy pointer is provided to indicate the maximum load exerted by the test specimen before it fails. The load measurement range is sub divided into three or four sub ranges which can be attained by addition / removal of calibrated disc weights from the pendulum.
The elongation of the test specimen is measured on a linear scale fixed on the frame of the tester, which indicates the distance between the grips. Arrangement to plot the load versus elongation chart is available as an optional accessory.