Yarn Testing Equipment
Find precision based Yarn Testing Equipments at HOVERLABS to be used at industrial and educational level. Learn the skill to test the quality, thickness, elasticity of the yarn with our top quality testing products. High in demand with textile students and faculty members. Accurate testers for proved results.
Twist Tester
Model YTE001
Twist Tester for yarns measures the TPI and TPM of single and multiple plied yarns. Different models are available. The system consists of a set of clamps, one of which rotating and the other fixed. The rotating clamp is driven by hand through a speed increasing arrangement (by motor in motor operated model) and a five digit reset able revolution counter (digital counter in motor operated) to count the number of twists. View Details
Twist Tester for yarns measures the TPI and TPM of single and multiple plied yarns. Different models are available. The system consists of a set of clamps, one of which rotating and the other fixed. The rotating clamp is driven by hand through a speed increasing arrangement (by motor in motor operated model) and a five digit reset able revolution counter (digital counter in motor operated) to count the number of twists. View Details
Yarn Evenness Tester
Model YTE002
Yarn Evenness Tester is a kind of Yarn Testing Equipment which is used to measures the yarn appearance on boards. Manual and motorized models are available. The system consists of a yarn wrap board and a arrangement to wrap the yarn over it at equal spacing under a desired tension. The board is rotated manually to wrap yarn over it the yarn is guided on the board through a yarn guide which moves parallel to the pivoting axis of the board with the help of a screw giving uniformly spaced wraps. The guide is positively linked of the rotation of the board with the help of a chain and sprocket drive. View Details
Yarn Evenness Tester is a kind of Yarn Testing Equipment which is used to measures the yarn appearance on boards. Manual and motorized models are available. The system consists of a yarn wrap board and a arrangement to wrap the yarn over it at equal spacing under a desired tension. The board is rotated manually to wrap yarn over it the yarn is guided on the board through a yarn guide which moves parallel to the pivoting axis of the board with the help of a screw giving uniformly spaced wraps. The guide is positively linked of the rotation of the board with the help of a chain and sprocket drive. View Details
Wrap Reel
Model YTE003
Wrap Reel is offered in either motor or hand operated models. Metric and imperial models are available. The system is used for making the lea, used for yarn strength, count measurement and length measurement. The yarn is spread uniformly in a band of 20mm as the lea is formed. Up to 5 leas can be formed at one time. One of the arms of the reel can be docked to facilitate the removal of the leas from the reel. The number of turn is indicated on a counter. View Details
Wrap Reel is offered in either motor or hand operated models. Metric and imperial models are available. The system is used for making the lea, used for yarn strength, count measurement and length measurement. The yarn is spread uniformly in a band of 20mm as the lea is formed. Up to 5 leas can be formed at one time. One of the arms of the reel can be docked to facilitate the removal of the leas from the reel. The number of turn is indicated on a counter. View Details
Tuft Withdrawal Force Tester
Model HV-EXP5872
Tuft Withdrawal Force Tester - The tuft withdrawal force tester is used to find the tuft binding strength of a carpet, which is the force required to extract a tuft from it. It is mainly used for determination of force needed to pull out tufts from unknotted tufted carpets. & The& Tuft Withdrawal Force Tester has a spring dynamometer which carries a clamp for gripping a single tuft. The dynamometer is moved up and down with the help of a screw and hand wheel arrangement. A maximum load pointer is provided on the dynamometer to indicate the maximum force exerted on the tuft before it is pulled out. & An opening in the base plate enables the test to be carried on a large area by placing the tester at the desired location. Small test specimens can be clamped over the base plate with the help of a clamping plate, which also has a similar opening in it. civil lab equipments manufacturers. View Details
Tuft Withdrawal Force Tester - The tuft withdrawal force tester is used to find the tuft binding strength of a carpet, which is the force required to extract a tuft from it. It is mainly used for determination of force needed to pull out tufts from unknotted tufted carpets. & The& Tuft Withdrawal Force Tester has a spring dynamometer which carries a clamp for gripping a single tuft. The dynamometer is moved up and down with the help of a screw and hand wheel arrangement. A maximum load pointer is provided on the dynamometer to indicate the maximum force exerted on the tuft before it is pulled out. & An opening in the base plate enables the test to be carried on a large area by placing the tester at the desired location. Small test specimens can be clamped over the base plate with the help of a clamping plate, which also has a similar opening in it. civil lab equipments manufacturers. View Details
Thickness Tester - Digital
Model HV-EXP5871
Thickness Tester - Digital - The thickness of any type of textiles depends considerably on the load being exerted on it during measurement of thickness. Also the thickness gets reduced progressively as the load acting on it is increased. Thus it is necessary that the thickness is determined under a specified load so that the value determined could be considered standard. By determination of thickness under different loads, one can get an indication of the resistance of the textile to compression under load, as well as its ability to recover from the effects of such loads after the load is removed. The& Thickness Tester - Digital is designed to measure the thickness of floor coverings under different loads. It consists of a rigid metallic frame having a loading rod held with its axis vertical capable of moving freely in two brass guide bushes. The rod has a flat cylinder indentor fixed on its lower end and a small metallic disc shaped collar fitted on its body. Slotted dead weights of appropriate loading capacity can be placed on this collar to enable different pressures to be applied on the specimen under test. The rod and the load can be raised or lowered with the help of a lever arm. civil lab equipments manufacturers. View Details
Thickness Tester - Digital - The thickness of any type of textiles depends considerably on the load being exerted on it during measurement of thickness. Also the thickness gets reduced progressively as the load acting on it is increased. Thus it is necessary that the thickness is determined under a specified load so that the value determined could be considered standard. By determination of thickness under different loads, one can get an indication of the resistance of the textile to compression under load, as well as its ability to recover from the effects of such loads after the load is removed. The& Thickness Tester - Digital is designed to measure the thickness of floor coverings under different loads. It consists of a rigid metallic frame having a loading rod held with its axis vertical capable of moving freely in two brass guide bushes. The rod has a flat cylinder indentor fixed on its lower end and a small metallic disc shaped collar fitted on its body. Slotted dead weights of appropriate loading capacity can be placed on this collar to enable different pressures to be applied on the specimen under test. The rod and the load can be raised or lowered with the help of a lever arm. civil lab equipments manufacturers. View Details
Lea Strength Tester
Model HV-EXP5869
Lea Strength Tester - The lea strength of yarn is one of the major properties on which the suitability of yarn for its ultimate end use depends. & The test for determination of lea strength consists of making a lea from the yarn with the help of a warp reel and testing it on the lea strength tester, which registers the maximum load at which the lea starts unraveling. & The Lea Strength Tester is constructed on a study fabricated steel structure with a heavy base plate which can be directly placed on the ground. The lea is placed between two pins, one of which is moving and the other is attached to a load measuring arrangement. The moving pin is driven through a screw arrangement driven by a motor and a worm reduction gearbox. Provision has been made for automatically stopping the motor at the extreme positions of the moving pin. Two movable pins are provided, one for testing metric leas of 1 metre swift perimeter and the second for testing imperial leas of 1.5 yards swift perimeter. civil lab equipments manufacturers. View Details
Lea Strength Tester - The lea strength of yarn is one of the major properties on which the suitability of yarn for its ultimate end use depends. & The test for determination of lea strength consists of making a lea from the yarn with the help of a warp reel and testing it on the lea strength tester, which registers the maximum load at which the lea starts unraveling. & The Lea Strength Tester is constructed on a study fabricated steel structure with a heavy base plate which can be directly placed on the ground. The lea is placed between two pins, one of which is moving and the other is attached to a load measuring arrangement. The moving pin is driven through a screw arrangement driven by a motor and a worm reduction gearbox. Provision has been made for automatically stopping the motor at the extreme positions of the moving pin. Two movable pins are provided, one for testing metric leas of 1 metre swift perimeter and the second for testing imperial leas of 1.5 yards swift perimeter. civil lab equipments manufacturers. View Details
Rotary Platform Double
Model HV-EXP5870
Rotary Platform Double - One of the methods used for determination of abrasion resistance of textile materials or coated fabrics is the rotary platform method. In this test a test specimen is abraded using rotary rubbing action. The test specimen is mounted on a horizontal circular platform and rotates at a specified speed. Two abrasive wheels are made to rest on the upper surface of the test specimen on either side of its centre. The wheels rotate because of friction between them and the test specimen, thus causing abrasion to take place. The wheels are loaded to apply the desired contact force. Abrasion resistance of the test specimen is evaluated either by finding the degree of abrasion after a specified number of rotations of the test specimen, or by determining the number of rotations needed to produce a specified degree of abrasion. civil lab equipments manufacturers. View Details
Rotary Platform Double - One of the methods used for determination of abrasion resistance of textile materials or coated fabrics is the rotary platform method. In this test a test specimen is abraded using rotary rubbing action. The test specimen is mounted on a horizontal circular platform and rotates at a specified speed. Two abrasive wheels are made to rest on the upper surface of the test specimen on either side of its centre. The wheels rotate because of friction between them and the test specimen, thus causing abrasion to take place. The wheels are loaded to apply the desired contact force. Abrasion resistance of the test specimen is evaluated either by finding the degree of abrasion after a specified number of rotations of the test specimen, or by determining the number of rotations needed to produce a specified degree of abrasion. civil lab equipments manufacturers. View Details
Inclined Plane Flammability Tester
Model HV-EXP5868
Inclined Plane Flammability Tester - Flammability Tester of textile materials may be determined by various methods. One of the methods used for determination of flammability of textile materials is the inclined plane flammability test. In this method, a test specimen taken from the sample under test is held in a sheet metal holder at an inclination of 45°. A flame from a standard jet is made to impinge on the upper face of the textile material near its bottom edge and the time taken for it to propagate through a distance of 127 mm determined to evaluate the flammability of textile material sample under test. The Inclined Plane Flammability Tester for textile materials consists of a specimen rack for mounting the test specimen holder, a specimen holder in which the test specimens are held for conducting the test, arrangement to enable a standardized flame to impinge on the test specimen, and a timer to record the time taken by the flame to propagate through a distance of 127 mm. The various components are mounted inside a draught proof stainless steel sheet enclosure. & The specimen rack provides support for the holders in which the specimens are mounted. Its angle of inclination is 45°. The rack can be moved sideways to enable textile materials of different thickness to be set at the specified distance from the tip of the jet with the help of an adjusting screw. A built-in finger is provided to gauge this distance for setting it to the desired value. civil lab equipments manufacturers. View Details
Inclined Plane Flammability Tester - Flammability Tester of textile materials may be determined by various methods. One of the methods used for determination of flammability of textile materials is the inclined plane flammability test. In this method, a test specimen taken from the sample under test is held in a sheet metal holder at an inclination of 45°. A flame from a standard jet is made to impinge on the upper face of the textile material near its bottom edge and the time taken for it to propagate through a distance of 127 mm determined to evaluate the flammability of textile material sample under test. The Inclined Plane Flammability Tester for textile materials consists of a specimen rack for mounting the test specimen holder, a specimen holder in which the test specimens are held for conducting the test, arrangement to enable a standardized flame to impinge on the test specimen, and a timer to record the time taken by the flame to propagate through a distance of 127 mm. The various components are mounted inside a draught proof stainless steel sheet enclosure. & The specimen rack provides support for the holders in which the specimens are mounted. Its angle of inclination is 45°. The rack can be moved sideways to enable textile materials of different thickness to be set at the specified distance from the tip of the jet with the help of an adjusting screw. A built-in finger is provided to gauge this distance for setting it to the desired value. civil lab equipments manufacturers. View Details
Crimp Tester
Model HV-EXP5867
Crimp Tester - The crimp in a yarn is defined as the mean difference between the actual length of any yarn and its apparent length in the fabric after weaving. It is usually expressed as a percentage of the apparent length of the yarn in the fabric. & Determination of the crimp of yarn is carried out by marking a known length on the fabric, removing the marked yarn in such a manner that it does not loose its twist, holding it between two grips at the marked points, and slowly extending it till it is subjected to a specified straightening tension. The increase in length of the yarn is determined and expressed as a percentage of marked length to obtain the value of crimp. & The Crimp Tester is designed to determine the crimp of yarns taken out of fabrics. One end of the yarn is held in a pivoted loading grip on which the desired tension load is applied by means of a sliding weight acting on a lever arm, while the other end is held in a movable grip which is mounted on a screw and can move along the direction of the yarn, stretching it in the process. The distance moved through by this grip gives the extension of the yarn, and can be measured on a scale fixed by the side of the grip assembly civil lab equipments manufacturers. View Details
Crimp Tester - The crimp in a yarn is defined as the mean difference between the actual length of any yarn and its apparent length in the fabric after weaving. It is usually expressed as a percentage of the apparent length of the yarn in the fabric. & Determination of the crimp of yarn is carried out by marking a known length on the fabric, removing the marked yarn in such a manner that it does not loose its twist, holding it between two grips at the marked points, and slowly extending it till it is subjected to a specified straightening tension. The increase in length of the yarn is determined and expressed as a percentage of marked length to obtain the value of crimp. & The Crimp Tester is designed to determine the crimp of yarns taken out of fabrics. One end of the yarn is held in a pivoted loading grip on which the desired tension load is applied by means of a sliding weight acting on a lever arm, while the other end is held in a movable grip which is mounted on a screw and can move along the direction of the yarn, stretching it in the process. The distance moved through by this grip gives the extension of the yarn, and can be measured on a scale fixed by the side of the grip assembly civil lab equipments manufacturers. View Details
Crimp Rigidity Tester
Model HV-EXP5866
Crimp Rigidity Tester - Crimp Rigidity of a textured yarn gives a measure of its ability to recover from stretch. It is determined by measuring the percentage reduction of length of a skein of yarn immersed in water when a minor load replaces a major load. For measuring crimp rigidity, a skein of known number of strands is prepared from the package of yarn under test. This skein is then immersed in water filled in a glass jar with a load of 0.1 g/denier/strand suspended on it. The length of the skein is measured on a scale. The load is then reduced to 0.002 g/denier/strand by replacing the major load by the minor load and the reading on the scale observed. Crimp rigidity is calculated from the readings obtained under the major and minor loads. civil lab equipments manufacturers. View Details
Crimp Rigidity Tester - Crimp Rigidity of a textured yarn gives a measure of its ability to recover from stretch. It is determined by measuring the percentage reduction of length of a skein of yarn immersed in water when a minor load replaces a major load. For measuring crimp rigidity, a skein of known number of strands is prepared from the package of yarn under test. This skein is then immersed in water filled in a glass jar with a load of 0.1 g/denier/strand suspended on it. The length of the skein is measured on a scale. The load is then reduced to 0.002 g/denier/strand by replacing the major load by the minor load and the reading on the scale observed. Crimp rigidity is calculated from the readings obtained under the major and minor loads. civil lab equipments manufacturers. View Details
Carpet Thickness Gauge
Model HV-EXP5865
Carpet Thickness Gauge - The indicated thickness of any piled or raised floor covering depends considerably on the load being exerted on it during measurement of thickness. Also, the indicated thickness gets reduced progressively as the load acting on it is increased. Thus it is necessary that the thickness is determined under a specified load so that the value determined could be considered standard. A carpet thickness gauge is used for determining the thickness of the floor covering under a specified load. It can also be used for determination of thickness under different loads, thus giving an indication of the resistance of floor covering to compression under load, as well as its ability to recover from the effects of such loads after the load is removed. The Carpet Thickness Gauge is designed to measure the thickness of floor coverings under different loads. It consists of a rigid metallic frame having a loading rod held with its axis vertical, capable of moving freely within two brass guide bushes. The rod has a flat cylinder indentor mounted on its lower end and a small metallic disc mounted on its body. Slotted disc weights of appropriate loading capacity can be placed on the disc to enable different loads to be applied on the floor covering under test. The rod and the load can be raised or lowered with the help of a lever arm. & A dial indicator is provided above the loading rod. The tip of the dial indicator can be brought in contact with the upper face of the rod. An electrical system consisting of an LED and dry cells is provided to enable the thickness to be measured without the force of the dial indicator acting on the surface of the floor covering under test. civil lab equipments manufacturers. View Details
Carpet Thickness Gauge - The indicated thickness of any piled or raised floor covering depends considerably on the load being exerted on it during measurement of thickness. Also, the indicated thickness gets reduced progressively as the load acting on it is increased. Thus it is necessary that the thickness is determined under a specified load so that the value determined could be considered standard. A carpet thickness gauge is used for determining the thickness of the floor covering under a specified load. It can also be used for determination of thickness under different loads, thus giving an indication of the resistance of floor covering to compression under load, as well as its ability to recover from the effects of such loads after the load is removed. The Carpet Thickness Gauge is designed to measure the thickness of floor coverings under different loads. It consists of a rigid metallic frame having a loading rod held with its axis vertical, capable of moving freely within two brass guide bushes. The rod has a flat cylinder indentor mounted on its lower end and a small metallic disc mounted on its body. Slotted disc weights of appropriate loading capacity can be placed on the disc to enable different loads to be applied on the floor covering under test. The rod and the load can be raised or lowered with the help of a lever arm. & A dial indicator is provided above the loading rod. The tip of the dial indicator can be brought in contact with the upper face of the rod. An electrical system consisting of an LED and dry cells is provided to enable the thickness to be measured without the force of the dial indicator acting on the surface of the floor covering under test. civil lab equipments manufacturers. View Details
Carpet Abrasion Tester
Model HV-EXP5864
Carpet Abrasion Tester - Abrasion resistance is the most important property on which the durability of a carpet depends. Abrasion resistance of carpets is determined by abrading a circular test specimen against a specified abradant for various number of rubs and determining loss in mass versus number of rubs, or the number of rubs required to reveal the backing. The& Carpet Abrasion Tester consists of two vertical shafts rotating in the same direction at same speed with their centers offset. The specimen of carpet is clamped on the lower shaft and is rubbed against a larger circle of standard crossbred fabric clamped on the bottom of the upper shaft. The rotations of the shafts are such as to give a constant relative velocity between specimen and abradant at all parts of the specimen. A counter is provided to record the number of rubs, with arrangement to stop the machine automatically after preset number of rubs. Means for applying a constant pressure by loading the upper shaft on the test specimen are also provided. civil lab equipments manufacturers. View Details
Carpet Abrasion Tester - Abrasion resistance is the most important property on which the durability of a carpet depends. Abrasion resistance of carpets is determined by abrading a circular test specimen against a specified abradant for various number of rubs and determining loss in mass versus number of rubs, or the number of rubs required to reveal the backing. The& Carpet Abrasion Tester consists of two vertical shafts rotating in the same direction at same speed with their centers offset. The specimen of carpet is clamped on the lower shaft and is rubbed against a larger circle of standard crossbred fabric clamped on the bottom of the upper shaft. The rotations of the shafts are such as to give a constant relative velocity between specimen and abradant at all parts of the specimen. A counter is provided to record the number of rubs, with arrangement to stop the machine automatically after preset number of rubs. Means for applying a constant pressure by loading the upper shaft on the test specimen are also provided. civil lab equipments manufacturers. View Details
Beesley Balance
Model YTE004
Hoverlabs Beesley balance is used for calculating direct yarn count. The weighing scale is made of an aluminum shaft which revolved at a bracket with the help of two crystal bearing. View Details
Hoverlabs Beesley balance is used for calculating direct yarn count. The weighing scale is made of an aluminum shaft which revolved at a bracket with the help of two crystal bearing. View Details