FIT-01 is professionally applicable to the determination of impact resistance properties of pendulum of plastic films, sheets, composite films, aluminum foils and other materials.
FIT-01 can be used to determine impact resistance properties of pendulum of plastic films, sheets, composite films, aluminum foils and other materials in accordance with ASTM D3420.
SLY-S1 Tearing Tester is designed for the tearing test of films, sheets, flexible PVC, PVDC, waterproof films, woven materials, polypropylene, polyester, paper, cardboard, textile and non-woven and etc.
The NJY-20 Digital Torque Tester is designed to measure the open and lock forces of bottle caps, flexible tube packages, and other items. It has high stability and precision for use in manufacturing processes. The instrument has automatic data recording and storage capabilities. It also has features like overload protection and error alerts for safe operation. The tester meets various national and international testing standards.
The PARAM® CHY-CB Thickness Tester uses a mechanical contacting method to test thickness accurately according to various standards. It has manual or automatic modes, displays test data, and is designed for testing films, paper, foils, and other materials. The tester utilizes an embedded computer system for reliable operation and data management without a separate PC. It also has an intelligent software interface and supports a data sharing system for uniform management of test reports and results.
FDT-02 is professionally applicable to the determination of flex durability of flexible films, composite films, and coating films. The instrument can simulate the kneading and creasing behaviors of films happened during production, processing and transportation. The flex durability would be obtained by measuring the changes in number of pinholes or barrier properties after test, which could provide quantitative basis for package design and practical usage.
The MFY-01 Leak Tester is designed to test for leaks in packages for food, drugs, medical supplies, chemicals, cars, and electronics. It utilizes preset vacuum levels and times for accurate results. Major components are imported from renowned countries for reliable performance. A microcomputer controls the automatic test process, displaying results on an LCD screen. The instrument tests specimens by placing them in a vacuum chamber that slowly purges one side with nitrogen to detect oxygen permeating through from the other side.
2 test methods of A & B and automatic determination of testing status
Electromagnetic suspension and automatic release of the falling dart reduce the error caused by manual operation
Windows menu interface and touch screen are convenient for the user to set test parameters quickly
2 test methods of A & B and automatic determination of testing status
Electromagnetic suspension and automatic release of the falling dart reduce the error caused by manual operation
FIT-01 can be used to determine impact resistance properties of pendulum of plastic films, sheets, composite films, aluminum foils and other materials in accordance with ASTM D3420.
SLY-S1 Tearing Tester is designed for the tearing test of films, sheets, flexible PVC, PVDC, waterproof films, woven materials, polypropylene, polyester, paper, cardboard, textile and non-woven and etc.
The NJY-20 Digital Torque Tester is designed to measure the open and lock forces of bottle caps, flexible tube packages, and other items. It has high stability and precision for use in manufacturing processes. The instrument has automatic data recording and storage capabilities. It also has features like overload protection and error alerts for safe operation. The tester meets various national and international testing standards.
The PARAM® CHY-CB Thickness Tester uses a mechanical contacting method to test thickness accurately according to various standards. It has manual or automatic modes, displays test data, and is designed for testing films, paper, foils, and other materials. The tester utilizes an embedded computer system for reliable operation and data management without a separate PC. It also has an intelligent software interface and supports a data sharing system for uniform management of test reports and results.
FDT-02 is professionally applicable to the determination of flex durability of flexible films, composite films, and coating films. The instrument can simulate the kneading and creasing behaviors of films happened during production, processing and transportation. The flex durability would be obtained by measuring the changes in number of pinholes or barrier properties after test, which could provide quantitative basis for package design and practical usage.
The MFY-01 Leak Tester is designed to test for leaks in packages for food, drugs, medical supplies, chemicals, cars, and electronics. It utilizes preset vacuum levels and times for accurate results. Major components are imported from renowned countries for reliable performance. A microcomputer controls the automatic test process, displaying results on an LCD screen. The instrument tests specimens by placing them in a vacuum chamber that slowly purges one side with nitrogen to detect oxygen permeating through from the other side.
2 test methods of A & B and automatic determination of testing status
Electromagnetic suspension and automatic release of the falling dart reduce the error caused by manual operation
Windows menu interface and touch screen are convenient for the user to set test parameters quickly
2 test methods of A & B and automatic determination of testing status
Electromagnetic suspension and automatic release of the falling dart reduce the error caused by manual operation
Standard test plates and weights ensure the accuracy of test data
Six testing stations could test groups of specimens simultaneously
Auto timing and locking functions provide higher accuracy of test results
The instrument is controlled by micro-computer, with PVC operation panel, membrane switches and LCD, which is convenient for customers to operate and view test data
SLY-S1 is based on Elmendorf method to measure tearing strength of plastic films, textile, woven and non-woven materials. Labthink tear tester is a user-friend instrument and test range is from 200gf to 6400gf with suitable pendulum.
BLD-200N Auto Stripping Tester can be used for peeling, stripping and other performance tests of adhesives, adhesive tapes, pressure sensitive tapes, medical adhesive bandage, protective films, release paper, laminated films, leatheroid, woven bags, films and paper.
FDI-01 can be used for the determination of impact resistance of packaging materials such as plastic films, laminates by a free falling dart from a certain height. This instrument is designed according to ASTM D1709 with method A & B.
Labthink Instruments Co., Ltd. produces a falling dart impact tester that can automatically test specimens using one of two methods (A or B) and determine impact resistance. The tester uses electromagnetic suspension and automatic release of the falling dart to reduce errors from manual operation. It has pneumatic clamping, dual start modes, and an observation light for user convenience. Test results are displayed and data can be exported via the included printer or Lab Data Sharing System software. The falling dart impact tester conforms to various international standards and can test properties like impact resistance of films, paper, aluminum, and composites.
Integration of Force Reflection with Tactile Sensing for Minimally Invasive R...biniljoy
This document summarizes a study that integrated force reflection and tactile sensing for minimally invasive robotics-assisted tumor localization. The study used a Mitsubishi robot with a tactile sensor array and force sensors to develop three haptic feedback modalities. A pilot study found direct or visual force feedback could only detect large tumors. A multi-subject study then compared visual tactile feedback alone, with direct force feedback, and with both visual tactile and force feedback. The results found the last condition improved tumor localization accuracy by 50% and decreased maximum force applied while taking 22% longer. The study demonstrated improved tumor detection with integrated force and tactile feedback over tactile feedback alone.
The Bursting Strength Tester- Digital is the instrument that is mainly used in paper and packaging industries as well as the textile industries for ensuring the best quality of the packaging materials like leather, fabric, paper and corrugated sheets.
The document describes the Labthink XLW (M) Auto Tensile Tester, which is used to test the tensile, tear, and puncture strength of various flexible packaging materials. It can test over 100 different materials using interchangeable grips and has 7 test modes and speeds. It collects and analyzes force and displacement data during tests and includes software for statistical analysis and report generation. Common applications include testing the strength of films, adhesive tapes, rubber closures, and more. It adheres to various industry standards and has configurable load cell capacities, clamping systems, and output options.
FEC manufactures world class filter testing equipment and is ISO 9001 certified. They produce Izod impact testing machines in two models, FEC/Impact-1.4 and FEC/Impact-0.42, which strictly conform to Indian and British standards for conducting Izod impact tests on plastics and electrical insulating materials. The machines have pendulums that fall at 120 degrees with striking velocities between 2.44-2.45 m/s and measure impact energies down to 0.005-0.01 kg.m.
This test determines the resistance of coarse aggregate to sudden shock or impact by filling a cup with aggregate, tamping and striking it, then sieving and calculating the percentage that breaks based on weights retained and passing specific sieves, with a lower percentage indicating greater resistance to impact.
Introduction on aggregate impact testing machine pptAbhishek Sagar
This document describes an aggregate impact testing machine used to evaluate the toughness and resistance to fracture of road stones under repeated impacts. The machine consists of a metal base, cylindrical metal measure, tamping rod, and IS sieves. To test a sample, aggregates are dried, graded, placed in the measure, and compacted. The hammer is then raised and dropped 15 times from 380mm above the sample. The aggregate impact value is calculated as the percentage of material passing a 2.36mm sieve compared to the original dry weight. This test evaluates how well aggregates can withstand the pounding action of traffic loads on roads.
The document reports on an impact test to determine the ductile to brittle transition temperature of steel samples. It describes using Charpy impact testing machines to test samples at different temperatures achieved with boiling water, ice, and room temperature. The results show absorbed energy decreases with lower temperatures, indicating more brittle behavior. The document provides background on fracture types and theories, details the Charpy V-notch impact test procedure and calculations, and lists factors that affect transition temperature.
This document discusses impact testing techniques used to evaluate the fracture behavior of materials. It provides background on impact testing and describes the Charpy and Izod impact tests. These tests involve fracturing a notched specimen using a swinging pendulum. The absorbed energy is measured and used to determine the ductile to brittle transition temperature (DBTT) of the material. The DBTT curve shows how absorbed energy and fracture surface morphology change with temperature. Factors that influence the DBTT, such as chemical composition, grain size, and heat treatment are also reviewed. Experimental procedures for conducting impact tests at different temperatures are outlined.
The document discusses impact testing which measures a material's toughness by applying a sudden sharp load to a standardized sample. Impact testing uses equipment to apply a force over a distance to break the sample, allowing measurement of the energy absorbed before failure. Equipment options are available for metals, plastics, and high capacity testing, ranging from desktop to 20000 ft-lb machines, and use samples typically 10mm x 10mm with a notch.
The key factors for proper plastic selection include:
- Operating temperature in relation to the material's melting point (Tm) and glass transition temperature (Tg)
- Mechanical stresses such as strength, creep, stress relaxation, stiffness, impact resistance, and fatigue resistance
- Environmental exposures such as chemical resistance, wear resistance, dimensional stability, and flammability
- Manufacturing considerations such as the production process
Proper material selection requires evaluating all these factors based on the design requirements and intended use of the plastic part. Failure to consider all relevant properties could lead to premature part failure.
This document discusses various materials testing methods. It describes mechanical properties testing which involves destructive testing of specimens to determine properties like strength, ductility, and toughness. Common destructive tests mentioned are hardness tests and impact tests like the Charpy and Izod tests. Non-destructive testing methods discussed include dye penetration, magnetic particle, ultrasonic, and radiographic testing. Specific hardness tests covered are Rockwell, Brinell, Vickers, and Shore hardness tests.
FIT-01 can be used to determine impact resistance properties of pendulum of plastic films, sheets, composite films, aluminum foils and other materials in accordance with ASTM D3420.
FIT-01 can be used to determine impact resistance properties of pendulum of plastic films, sheets, composite films, aluminum foils and other materials in accordance with ASTM D3420.
CHY-CA Thickness Tester is designed based on the mechanical contacting method, which effectively ensures standard and accurate test data and applicable to thickness test of plastic films, sheets, diaphragms, paper, foils, silicon wafers and other materials within specified range.
The CHY-C2 Thickness Tester uses a mechanical contacting method to test thickness accurately and standardly. It can test a range of materials from 0-2 mm up to 12 mm, operates at 10 tests/min, and displays real-time data, statistics, and calibration information. The tester conforms to various industry standards and is applicable for precision thickness testing of plastics, paper, foil, and other materials.
HTT-L1 Hot Tack Tester is applicable in hot tack and heat seal performance tests for plastic film, laminated film and other packaging film. Meanwhile, it is applicable in peel, shear, tension and other test items for adhesive, adhesive tape, laminated film, plastic film, paper and other flexible materials.
Standard test plates and weights ensure the accuracy of test data
Six testing stations could test groups of specimens simultaneously
Auto timing and locking functions provide higher accuracy of test results
The instrument is controlled by micro-computer, with PVC operation panel, membrane switches and LCD, which is convenient for customers to operate and view test data
SLY-S1 is based on Elmendorf method to measure tearing strength of plastic films, textile, woven and non-woven materials. Labthink tear tester is a user-friend instrument and test range is from 200gf to 6400gf with suitable pendulum.
BLD-200N Auto Stripping Tester can be used for peeling, stripping and other performance tests of adhesives, adhesive tapes, pressure sensitive tapes, medical adhesive bandage, protective films, release paper, laminated films, leatheroid, woven bags, films and paper.
FDI-01 can be used for the determination of impact resistance of packaging materials such as plastic films, laminates by a free falling dart from a certain height. This instrument is designed according to ASTM D1709 with method A & B.
Labthink Instruments Co., Ltd. produces a falling dart impact tester that can automatically test specimens using one of two methods (A or B) and determine impact resistance. The tester uses electromagnetic suspension and automatic release of the falling dart to reduce errors from manual operation. It has pneumatic clamping, dual start modes, and an observation light for user convenience. Test results are displayed and data can be exported via the included printer or Lab Data Sharing System software. The falling dart impact tester conforms to various international standards and can test properties like impact resistance of films, paper, aluminum, and composites.
Integration of Force Reflection with Tactile Sensing for Minimally Invasive R...biniljoy
This document summarizes a study that integrated force reflection and tactile sensing for minimally invasive robotics-assisted tumor localization. The study used a Mitsubishi robot with a tactile sensor array and force sensors to develop three haptic feedback modalities. A pilot study found direct or visual force feedback could only detect large tumors. A multi-subject study then compared visual tactile feedback alone, with direct force feedback, and with both visual tactile and force feedback. The results found the last condition improved tumor localization accuracy by 50% and decreased maximum force applied while taking 22% longer. The study demonstrated improved tumor detection with integrated force and tactile feedback over tactile feedback alone.
The Bursting Strength Tester- Digital is the instrument that is mainly used in paper and packaging industries as well as the textile industries for ensuring the best quality of the packaging materials like leather, fabric, paper and corrugated sheets.
The document describes the Labthink XLW (M) Auto Tensile Tester, which is used to test the tensile, tear, and puncture strength of various flexible packaging materials. It can test over 100 different materials using interchangeable grips and has 7 test modes and speeds. It collects and analyzes force and displacement data during tests and includes software for statistical analysis and report generation. Common applications include testing the strength of films, adhesive tapes, rubber closures, and more. It adheres to various industry standards and has configurable load cell capacities, clamping systems, and output options.
FEC manufactures world class filter testing equipment and is ISO 9001 certified. They produce Izod impact testing machines in two models, FEC/Impact-1.4 and FEC/Impact-0.42, which strictly conform to Indian and British standards for conducting Izod impact tests on plastics and electrical insulating materials. The machines have pendulums that fall at 120 degrees with striking velocities between 2.44-2.45 m/s and measure impact energies down to 0.005-0.01 kg.m.
This test determines the resistance of coarse aggregate to sudden shock or impact by filling a cup with aggregate, tamping and striking it, then sieving and calculating the percentage that breaks based on weights retained and passing specific sieves, with a lower percentage indicating greater resistance to impact.
Introduction on aggregate impact testing machine pptAbhishek Sagar
This document describes an aggregate impact testing machine used to evaluate the toughness and resistance to fracture of road stones under repeated impacts. The machine consists of a metal base, cylindrical metal measure, tamping rod, and IS sieves. To test a sample, aggregates are dried, graded, placed in the measure, and compacted. The hammer is then raised and dropped 15 times from 380mm above the sample. The aggregate impact value is calculated as the percentage of material passing a 2.36mm sieve compared to the original dry weight. This test evaluates how well aggregates can withstand the pounding action of traffic loads on roads.
The document reports on an impact test to determine the ductile to brittle transition temperature of steel samples. It describes using Charpy impact testing machines to test samples at different temperatures achieved with boiling water, ice, and room temperature. The results show absorbed energy decreases with lower temperatures, indicating more brittle behavior. The document provides background on fracture types and theories, details the Charpy V-notch impact test procedure and calculations, and lists factors that affect transition temperature.
This document discusses impact testing techniques used to evaluate the fracture behavior of materials. It provides background on impact testing and describes the Charpy and Izod impact tests. These tests involve fracturing a notched specimen using a swinging pendulum. The absorbed energy is measured and used to determine the ductile to brittle transition temperature (DBTT) of the material. The DBTT curve shows how absorbed energy and fracture surface morphology change with temperature. Factors that influence the DBTT, such as chemical composition, grain size, and heat treatment are also reviewed. Experimental procedures for conducting impact tests at different temperatures are outlined.
The document discusses impact testing which measures a material's toughness by applying a sudden sharp load to a standardized sample. Impact testing uses equipment to apply a force over a distance to break the sample, allowing measurement of the energy absorbed before failure. Equipment options are available for metals, plastics, and high capacity testing, ranging from desktop to 20000 ft-lb machines, and use samples typically 10mm x 10mm with a notch.
The key factors for proper plastic selection include:
- Operating temperature in relation to the material's melting point (Tm) and glass transition temperature (Tg)
- Mechanical stresses such as strength, creep, stress relaxation, stiffness, impact resistance, and fatigue resistance
- Environmental exposures such as chemical resistance, wear resistance, dimensional stability, and flammability
- Manufacturing considerations such as the production process
Proper material selection requires evaluating all these factors based on the design requirements and intended use of the plastic part. Failure to consider all relevant properties could lead to premature part failure.
This document discusses various materials testing methods. It describes mechanical properties testing which involves destructive testing of specimens to determine properties like strength, ductility, and toughness. Common destructive tests mentioned are hardness tests and impact tests like the Charpy and Izod tests. Non-destructive testing methods discussed include dye penetration, magnetic particle, ultrasonic, and radiographic testing. Specific hardness tests covered are Rockwell, Brinell, Vickers, and Shore hardness tests.
FIT-01 can be used to determine impact resistance properties of pendulum of plastic films, sheets, composite films, aluminum foils and other materials in accordance with ASTM D3420.
FIT-01 can be used to determine impact resistance properties of pendulum of plastic films, sheets, composite films, aluminum foils and other materials in accordance with ASTM D3420.
CHY-CA Thickness Tester is designed based on the mechanical contacting method, which effectively ensures standard and accurate test data and applicable to thickness test of plastic films, sheets, diaphragms, paper, foils, silicon wafers and other materials within specified range.
The CHY-C2 Thickness Tester uses a mechanical contacting method to test thickness accurately and standardly. It can test a range of materials from 0-2 mm up to 12 mm, operates at 10 tests/min, and displays real-time data, statistics, and calibration information. The tester conforms to various industry standards and is applicable for precision thickness testing of plastics, paper, foil, and other materials.
HTT-L1 Hot Tack Tester is applicable in hot tack and heat seal performance tests for plastic film, laminated film and other packaging film. Meanwhile, it is applicable in peel, shear, tension and other test items for adhesive, adhesive tape, laminated film, plastic film, paper and other flexible materials.
FPT-F1 Friction/Peel Tester can be used to test coefficients of static and kinetic friction of plastic films, sheets, foils, paper, cardboard, PP woven bags, fabric( fabric style test), metal-plastic composite strip/belt for communication cable, conveyor belt and textile, as well as peel strength test of adhesive laminated products, medical adhesive bandage, release paper and protective films, and etc.
FPT-F1 Friction/Peel Tester can be used to measure coefficient of static and kinetic friction of plastic films, sheets, foils, paper, cardboard, PP woven bags, fabric( fabiric style test), metal-plastic composite strip/belt for communication cable, convey belt and textiles, as well as peel strength test of adhesive laminated products, medical adhesive bandage, release paper, protection films, etc.
FPT-F1 Friction/Peel Tester can be used to measure coefficient of static and kinetic friction of plastic films, sheets, foils, paper, cardboard, PP woven bags, fabric( fabiric style test), metal-plastic composite strip/belt for communication cable, convey belt and textiles, as well as peel strength test of adhesive laminated products, medical adhesive bandage, release paper, protection films, etc.
FPT-F1 Friction/Peel Tester can be used to measure coefficient of static and kinetic friction of plastic films, sheets, foils, paper, cardboard, PP woven bags, fabric( fabiric style test), metal-plastic composite strip/belt for communication cable, convey belt and textiles, as well as peel strength test of adhesive laminated products, medical adhesive bandage, release paper, protection films, etc.
The PARAM® CZY-G Primary Adhesive Tester uses the rolling ball method to test the instant adhesive properties of specimens by observing the adhesive effect when steel balls contact adhesive tapes. It conforms to Chinese and Japanese standards. The instrument can adjust its angle of inclination to meet test requirements and determines the primary adhesive properties of various adhesives like tapes, patches, and films. It has a testable area width of 80mm and can test steel balls ranging from 1/32 inch to 1 inch in size.
HTT-L1 is designed for hot tack property test for plastic films, laminated films and other packaging films. Meanwhile, it is also used for peel, shear, tension and other test items for adhesives, adhesive tapes, laminated films, plastic films, paper and other flexible materials.
BLJ-02 Disk Stripping Tester is professionally applicable to the ink fastness test of plastic films and glass paper decorating printed materials that utilize the intaglio printing technique. It also could be used to test adhesion condition of surface layers formed by the technique of vacuum coated films, surface coating and composite.
BTY-B2P is based on the differential pressure method, and is professionally applicable to the determination of gas permeability of battery diaphragms, breathable films and other relative polymer products.
COF-P01 Inclined Surface Coefficient of Friction Tester is professional applicable to the determination of static coefficients of friction of paper, paper board, plastic films, sheets, convey belts and other materials. By testing the frictional properties of materials, the open performance of packages, packing speed of packers and other indexes could be controlled to meet requirements for production
MXD-01 Coefficient of Friction Tester is strictly based on GB 10006 standard, and is professional applicable to the determination of static and kinetic coefficients of friction of plastic films, sheets, rubber, paper and paper board, PP woven bags, fabrics, metal-plastic composite belts for communication cables, convey belts, wood, coatings, brake pads, windshield wipers, shoe materials and tyres. By testing the frictional properties of materials, the technical indexes could be controlled to meet requirements for production. Besides, the instrument can be used to measure smoothness of cosmetics, eye drops and other daily products.
BLD-200N Auto Stripping Tester can be used for peeling, stripping and other performance tests of adhesives, adhesive tapes, pressure sensitive tapes, medical adhesive bandage, protective films, release paper, laminated films, leatheroid, woven bags, other films and paper.
MXD-01A Coefficient of Friction Tester is strictly based on ASTM D1894 standard, and is professional applicable to the determination of static and kinetic coefficients of friction of plastic films, sheets, rubber, paper and paper board, PP woven bags, fabrics, metal-plastic composite belts for communication cables, convey belts, wood, coatings, brake pads, windshield wipers, shoe materials and tyres. By testing the frictional properties of materials, the technical indexes could be controlled to meet requirements for production. Besides, the instrument can be used to measure smoothness of cosmetics, eye drops and other daily products.
OX2/231 is based on the equal pressure method, and professional applicable to the determination of oxygen transmission rate of plastic films, composite films, sheeting, plastic bottles, plastic bags and other packages.
MXD-02 Coefficient of Friction Tester is applicable to the determination of static and kinetic coefficient of friction of plastic films, sheets, rubber, paper, PP woven bags, fabric style, metal-plastic composite strips/belts for communication cable, conveyor belts, wood and coatings.
FDI-01 can be used for the determination of impact resistance of packaging materials such as plastic films, laminates by a free falling dart from a certain height. This instrument is designed according to ASTM D1709 with method A & B.
Similar to Pendulum Impact Tester for Plastic Films & Foils (20)
This article introduces an oxygen transmission rate test method to test the pudding cup, i.e. the coulometric method. The test principle, instrument features, specifications, and testing procedures are all included in this article, which may provide reference for oxygen permeability test of packaging containers
This article introduces an oxygen transmission rate test method to test the pudding cup, i.e. the coulometric method. The test principle, instrument features, specifications, and testing procedures are all included in this article, which may provide reference for oxygen permeability test of packaging containers
This article introduces an oxygen transmission rate test method to test the pudding cup, i.e. the coulometric method. The test principle, instrument features, specifications, and testing procedures are all included in this article, which may provide reference for oxygen permeability test of packaging containers.
This document shows a 90 degree adhesive peel strength test on a Labthink XLW (PC) Auto Tensile Tester. We fit the XLW(PC) with our 90 degree peel strength fixture and one vise grip on the bottom crosshead to hold the free end of the tape. The fixture has numerous tapped holes that allow you to clamp a multitude of various parts and substrates to the test bed. This test measures the maximum load and also the average load of adhesive tape bonded to a Polystyrene foam substrate.
The i-Thermotek 2500 Hot Tack Tester can determine the hot tack and heat seal performance of plastic films, composite films, and other packaging materials. It can also test the peel strength and tensile properties of adhesives, tapes, and other flexible materials. The tester prepares specimens according to standards, mounts them in grips, sets test parameters, and records data from tests that measure properties like peel strength and tensile strength.
The i-Thermotek 2500 Hot Tack Tester can determine the hot tack and heat seal performance of plastic films, composite films, and other packaging materials. It can also test the peel strength and tensile properties of adhesives, tapes, and other flexible materials. The tester prepares specimens according to standards, mounts them in grips, sets test parameters, and records data from tests that measure properties like peel strength and tensile strength.
i-Leaktek 6600 Leak and Seal Strength Tester is designed for determination of seal strength and seal performance test of various heat sealed flexible package and sterilized package, seal performance test of pilfer-proof closures, quantitative testing of leak characteristics, compression resistance, capsule disengaging strength, cap body joint strength, seal-edge seal strength and butting strength of flexible tubes, and testing of anti-compression, seal performance and burst resistance of the bottles.
The i-Leaktek 6600 Leak and Seal Strength Tester is designed to test the seal strength and performance of various flexible packages and sterilized packages. It can test leak characteristics, compression resistance, and burst resistance of bottles. The tester requires warming up for 30 minutes before mounting at least 5 specimen samples free of defects. Test parameters are then set and the test is run, with the results curve and report viewed afterwards.
i-Meditek 1300 Medical Packaging Tester is designed to determine the puncture force of medical rubber closure, pullout force of rubber closure, break force of ampoule, sliding resistance of syringe, puncture force of syringe needle, connection force of syringe needle and needle hub, connection force of syringe needle hub and shield, seal performance of plastic blood bag, and the performance of other medical appliances.
The PARAM® XLW (G6) Auto Tensile Tester is a professional instrument that can perform a variety of tensile tests including tensile strength, deformation, peeling and tearing. It has 6 working stations, 1200mm extra-long stroke, and precision load cells that ensure accurate test results. The instrument is controlled via computer software which supports statistical analysis and management of test data. It is used to test properties of over 1000 materials including packaging, textiles, adhesive tapes and more.
The PARAM FT-F1 Fogging Tester is used to evaluate the fogging characteristics of volatile constituents in plastics, textiles, and other materials used in vehicles and aircraft under high temperature conditions. It has 6 test stations that can simultaneously test samples and controls. Test methods include heating samples and measuring changes in gloss, fogging, or condensed material weight on a cooled plate. The instrument conforms to international standards and is suited to testing fogging in vehicle interior parts, plastics, carpets, leather, insulation materials, and adhesive products.
XYD-15K Box Compression Tester can be used to measure the compressive resistance, deformation and stacking capability of cartons, beehive crates, plastic tanks (for edible oil and mineral water), paper tanks, paper cases, IBC tanks and other packages.
XYD-15K Box Compression Tester can be used to measure the compressive resistance, deformation and stacking capability of cartons, beehive crates, plastic tanks (for edible oil and mineral water), paper tanks, paper cases, IBC tanks and other packages.
XLW (PC) Auto Tensile Tester is professionally applicable to the determination of force properties of various flexible packaging materials, with high precision (better than 0.5% of reading accuracy) and multiple test ranges. The instrument is designed with 7independent test modes and could perform tests at seven different test speeds to meet various test conditions. Intelligent software facilitates to operate the instrument and provides data analysis and comparison functions.
1% of reading value effectively ensures the accuracy of test results
7 independent test modes are available, including tensile strength, peeling force, tearing force, heat seal strength and other force properties of flexible packages
Different ranges of load cells and 7 distinct test speeds to meet different test requirements
The instrument is controlled by micro-computer with menu interface, PVC operation panel and large LCD display
Better than 0.5% of reading value effectively ensures accurate test results
Multiple testing modes are available, including tensile strength, deformation, peeling and tearing, etc.
Stress at defined elongation, elastic modulus and stress and strain etc. could be analyzed
1200mm extra-long stroke satisfies the test needs of various materials with extreme deformation rate
XLW (EC) Auto Tensile Tester can be used to measure tensile, peeling, deformation, tearing, heat sealing, adhesive, puncture force, opening force and low speed unwrapping force as well as other performance of plastic films, composite materials, soft package materials, plastic flexible tube, adhesives, adhesive tape, label stickers, medical plasters, release paper, protection films, combined caps, aluminum foil, diaphragm, back sheets, non-woven fabrics, rubber, and paper, and etc.
1% of reading value effectively ensures the accuracy of test results
2 independent test modes are available, including tensile strength and peeling force to meet the distinct requirements of users
3 kinds of testing data provided for each test i.e. Maximum Value, Minimum Value and Average Value. Group data analysis is also available.
1% of reading value effectively ensures the accuracy of test results7 independent test modes are available, including tensile strength, peeling force, tearing force, heat seal strength and other force properties of flexible packagesDifferent ranges of load cells and 7 distinct test speeds to meet different test requirements
This instrument is based on the humidity sensor method, and is professionally applicable to the water vapor transmission rate test of film specimens. It is equipped with three individual test dishes, and the testing process is completely automatic and conforms to international standards.
1. PARAM® FIT-01 Film Impact Tester
Yarina Gao
trade5@labthink.cn
FIT-01 is professionally applicable to the determination of impact
resistance properties of pendulum of plastic films, sheets,
composite films, aluminum foils and other materials.
Professional Technology
Adjustable range and electronic measurement support various
combinations of non-standard test conditions
Pneumatic specimen clamping, pendulum release mechanism and
horizontal adjustment system effectively reduce the errors caused by manual operation
The system provides automatic statistics of testing data for users’ convenient viewing
The instrument is controlled by micro-computer, with LCD, menu interface and PVC operation panel.
Support LystemTM Lab Data Sharing System for uniform and systematic management of test results and test
reports
Test Principle
The impact resistance of films could be obtained by measuring the energy consumed by hemispheric impact head
to make films ruptured, under the certain impacting conditions.
This instrument conforms to various national and international standards:
GB 8809-88, ASTM D3420,NF T54-116
Applications
This instrument is applicable to the determination of impact resistance of:
Including plastic films, sheets and composite films e.g. PE/PP composite films, aluminized
Basic films, aluminum plastic composite films, nylon films for food or drug packages
Applications Including paper and paper board, e.g. aluminized paper for cigarette packages, and Tetra Pak
materials
Extended
Test range could be extended to 5J
Applications
Technical Specifications
Items Specifications
Impact Energy 1J, 2J, 3J (Standard)
Resolution 0.001J
Impact Head Size Ф25.4mm, Ф19mm, Ф12.7mm (Customization is available)
Specimen Clamp
Ф89mm, Ф60mm
Diameter
Specimen Size 100 mm x 100 mm or Ф100mm
Gas Supply Pressure 0.6 MPa (Not in supply scope)
Labthink Instruments Co., Ltd.144 Wuyingshan Road, Jinan, P.R.China (250031) Phone: +86-531-85068566 FAX: +86-531-85812140
w w w.labthinkinter n atio n al.co m.cn
2. Port Size Ф6mm PU Tubing
Instrument Size 600 mm (L) x 390 mm (W) x 600 mm (H)
Power Supply AC 220V 50Hz
Net Weight 64 kg
Configurations
Standard Main body, Pendulum of 1J, 2J and 3J, Standard Impact Head of Ф25.4mm and Ф19mm,
Configurations Standard Clamp Plate of Ф89mm and Ф60mm (including O-ring), and Micro Printer
Optional Parts Professional Software, Communication Cable, Customized Impact Head, and O-ring
1. The port of gas supply of this instrument is Φ6 mm PU Tubing;
Note
2. Customers will need to prepare for gas supply.
Labthink Instruments Co., Ltd.144 Wuyingshan Road, Jinan, P.R.China (250031) Phone: +86-531-85068566 FAX: +86-531-85812140
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