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.
This instrument is based on the differential pressure method, and professionally applicable to the determination of gas transmission rate of finished package containers. Test gases could be air, oxygen, nitrogen, and carbon dioxide, and testable containers include various bottles of carbonated drinks, juice, tea, as well as packages of edible oil, dairy products, washing supplies and metal containers.
VAC-VBS is based on the differential pressure method, and is professionally applicable to the determination of gas transmission rate of films, sheeting, high barrier materials, and aluminum foils.
VAC-V3 is designed for the measurement of gas permeability rate, solubility coefficient, diffusion coefficient and permeability coefficient at various temperature of plastic films, laminated films, high barrier material, sheets, foils, etc.
VAC-V2 can be used to measure gas permeability rate, solubility coefficient, diffusion coefficient and permeability coefficient at various temperature of plastic films, laminated films, high barrier material, sheets, foils, etc.
VAC-V1 is based on the differential pressure method, and is professionally applicable to the determination of gas transmission rate as well as solubility coefficient, diffusion coefficient and permeability coefficient of plastic films, composite films, high barrier materials, sheeting, metal foils, rubber, tires, and permeable membranes.
VAC-V1 is applicable to the determination of gas permeability rate, solubility coefficient, diffusion coefficient and permeability coefficient at various temperature of plastic films, laminated films, sheeting, foils and finished packages, etc.
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.
The document describes the VAC-VBS gas permeability tester produced by Labthink Instruments Co. It can test the gas transmission rate of various films and materials through differential pressure measurement. The instrument automatically tests up to 3 samples simultaneously and exports average results. It adheres to international standards and can test permeability to gases like oxygen, nitrogen, and carbon dioxide for applications such as films, sheets, paper, and more.
This instrument is based on the differential pressure method, and professionally applicable to the determination of gas transmission rate of finished package containers. Test gases could be air, oxygen, nitrogen, and carbon dioxide, and testable containers include various bottles of carbonated drinks, juice, tea, as well as packages of edible oil, dairy products, washing supplies and metal containers.
VAC-VBS is based on the differential pressure method, and is professionally applicable to the determination of gas transmission rate of films, sheeting, high barrier materials, and aluminum foils.
VAC-V3 is designed for the measurement of gas permeability rate, solubility coefficient, diffusion coefficient and permeability coefficient at various temperature of plastic films, laminated films, high barrier material, sheets, foils, etc.
VAC-V2 can be used to measure gas permeability rate, solubility coefficient, diffusion coefficient and permeability coefficient at various temperature of plastic films, laminated films, high barrier material, sheets, foils, etc.
VAC-V1 is based on the differential pressure method, and is professionally applicable to the determination of gas transmission rate as well as solubility coefficient, diffusion coefficient and permeability coefficient of plastic films, composite films, high barrier materials, sheeting, metal foils, rubber, tires, and permeable membranes.
VAC-V1 is applicable to the determination of gas permeability rate, solubility coefficient, diffusion coefficient and permeability coefficient at various temperature of plastic films, laminated films, sheeting, foils and finished packages, etc.
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.
The document describes the VAC-VBS gas permeability tester produced by Labthink Instruments Co. It can test the gas transmission rate of various films and materials through differential pressure measurement. The instrument automatically tests up to 3 samples simultaneously and exports average results. It adheres to international standards and can test permeability to gases like oxygen, nitrogen, and carbon dioxide for applications such as films, sheets, paper, and more.
W3/030 is based on the cup method and designed for water vapor transmission rate measurement of plastic films, laminated films, sheets as well as various materials used in medical and construction industries
This instrument is based on the combination of differential pressure method and chromatography analysis technology. It is the only instrument in the market so far that provides the quantitative and qualitative analysis of organic gas permeability of various films and sheeting materials.
W3/330 system is based on the electrolytic sensor method to measure water vapor transmission rate of film and package specimens. It has three independent testing cells and can be easily connected with 9 satellite systems.
ERT-01 Evaporation Residue Tester is professionally designed for the precisely quantitative determination of dissolved substances of table wares, containers, packaging films, cans, tubes and other food-use equipments in different soaking solutions. Polyethylene (PE), polystyrene (PS), polypropylene (PP), and chlorinated PVC resin are used as raw materials of such objects. By the further detection of evaporation residues, more dissolution indexes could be obtained to meet different application requirements of products. The instrument also supports LystemTM Lab Data Sharing System, which ensures uniform management of test results and test reports.
The document describes the G2/131 Gas Permeability Tester manufactured by Labthink Instruments Co. It can simultaneously test up to 3 specimens to determine properties like gas transmission rate and permeability coefficients at different temperatures. It uses differential pressure to test a variety of materials like films, composites, and foils. The instrument has intelligent software, embedded computer control, and data sharing capabilities. It conforms to various international standards and can test various gases on a wide range of materials.
This document summarizes an oxygen transmission rate test system produced by Labthink Instruments Co. It can test the oxygen transmission rate of films and packages. The system has three diffusion cells integrated into one instrument to test up to three specimens simultaneously. It offers precise temperature, humidity, and pressure control and can connect to additional instruments to test multiple samples at once. The system utilizes intelligent software for easy operation and uniform data management.
Optimization of Tangential Flow Filtration Applications and Scale Up Consider...MilliporeSigma
This presentation provides an introduction to tangential flow filtration applications for AAV and lentivirus and will review:
• Basics of tangential flow filtration (TFF)
• TFF AAV and lentivirus process overview
• Operating parameters optimization: flux-controlled microfiltration
• Scale up considerations
To learn more about this topic or collaborate with our technical experts, schedule a remote visit at our M Lab™ Collaboration Centers: www.emdmillipore.com/remotevisit
OX2/231 is based on the equal pressure method, and is professional applicable to the determination of oxygen transmission rate of film and package products, including plastic films, composite films, sheeting, plastic bottles, plastic bags and other packages.
The XLW (EC) Auto Tensile Tester from Labthink Instruments measures the tensile, peeling, deformation and other performance properties of various materials like plastics, composites, films and more. It has 8 test modes, bidirectional testing capabilities, precision load cells and integrated software for analysis. The instrument conforms to industry standards and is suitable for applications in fields like packaging and medical materials testing.
This instrument is based on the combination of differential pressure method and fluid level analysis technique. It is the only instrument in the market so far that provides the quantitative analysis of seal performance and residual oxygen for various flexible vacuum packages.
Wear testing machine by laser ablation has been considered as a new method of wear testing which overcome the problems of old machines and systems . In this case, wear rate has occurred due to ablation by laser beam and test sample transformed from solid state to gas state directly (sublimation) and avoid relative movement and loss of material between sample and disk or plate. The different operation conditions such as temperature, chemicals, environmental conditions and different types of stresses has been considered. The new machine consists of two main parts optical and mechanical parts. The optical parts which include ultraviolet laser source, optical filter, lenses to concentrate the beam and manhole of laser beam to the sample tested in the control room. The mechanical parts includes The insulated chamber , dead weight , variable speed motor, sample holder, temperature and pressure sensor and ph meter. Mechanism of operation depend mainly on Ablation process which is removal of material from the surface of an tested object by vaporization .Ultraviolet laser beam is used as source of energy required for ablation process to avoid thermal effects. The new technique is suitable for all kinds of materials such as metals, alloys polymers, ceramics and composites in any shapes and sizes. The main factors affecting the new techniques are divided into factors related to the laser beam characteristics and factors related to material properties, the material properties include the surface roughness, thermal conductivity, specific heat ,density and mainly latent heat of sublimation.
Selection, sizing, and operation of bioprocess filtration trains for optimal ...Merck Life Sciences
To increase filter lifetime and improve the economics of filtering bioprocess streams, a prefilter is often installed upstream of a final sterilizing-grade filter. However, determining the economic optimum prefilter and final filter configuration can be challenging. Numerous prefilter options are available, the prefilter to final filter area ratio must be determined, and operating conditions must be selected that will both satisfy the filtration requirements and provide for an economical process that minimizes the filtration system footprint.
One approach towards achieving an optimal filtration system design is to test the bioprocess fluid with several filter configuration combinations and at a range of operating conditions. However, this can be a daunting task and even impractical given the high cost and limited availability of valuable bioprocess fluids. A better approach is to run a limited filtration trial and use a mathematical model that can accurately predict the behavior of the prefilter and final filter under different conditions.
In this webinar we describe a filtration model and test methodology to rapidly and efficiently design an optimal dual-stage filtration process. The model and methodology were applied to Milligard® PES filters, a new class of autoclavable and gamma sterilizable PES membrane prefilters that are designed to protect microfiltration and nanofiltration final filters in bioprocess streams. We show how a model fit to the data from one set of filtration conditions can be used to predict filtration performance at other prefilter to final filter area ratios and operating conditions, and to determine the economic optimum filtration configuration.
In this webinar, you will learn:
- How filters for microfiltration of biological fluids work.
- The effect of operating conditions on filtration performance.
- How to design an optimal series filtration (prefilter and final filter) process.
XYD-15K Box Compression Tester is designed for measurement of compressing resistance, shape change and stacking capability of cartons, beehive crates, plastic tanks (for edible oil and mineral water), paper tanks, paper cases and IBC tanks and other packages.
This document discusses the challenges of high performance testing, including increasing reliability requirements, broader temperature ranges, higher currents, and parallel test formats. It introduces a test-in-tray format using a compliant thermal contact, high conductivity materials to transfer fluid, and uniform contact pressure to provide rapid thermal response and controlled environmental testing of semiconductor devices in parallel configurations. A mini-chamber seals each tray to form an isolated test environment while flexible frames allow independent thermal control at each device under test.
HGA-02 Headspace Gas Analyzer is equipped with professional structural design and high precision sensors. It can provide accurate and fast evaluation of the volumes and proportions of oxygen and carbon dioxide in headspace gases for sealing packages. Because of its portable design, the instrument could be used to test on production lines, at warehouses or in laboratories, to serve as a guide for production and assure shelf life.
This document summarizes test results from injection molding trials comparing conventional and Roctool technologies. The Roctool technology showed improved flow length and reduced pressure drop compared to conventional technology. Specifically, at a mold temperature of 140C with the Roctool technology, flow length was improved by up to 77.87% and pressure drop was reduced by up to 37.2% compared to conventional technology at 50C. The optimum temperature for this material based on the trials was 140C with the Roctool technology.
This document outlines computational fluid dynamics (CFD) simulations of river channel bifurcation. It discusses grid independence studies using different mesh sizes and evaluating reattachment length. Parameter studies vary fluid (water vs hydrogen), discharge ratio, and Reynolds number. Results include velocity streamlines, skin friction plots, and vorticity profiles. The conclusion compares results to benchmark studies and analyzes how discharge ratio impacts bifurcation flow patterns at constant Reynolds number.
The document describes the BTY-B2P gas permeability tester. It can simultaneously test 3 specimens and determine the gas permeability of battery diaphragms, breathable films, and other polymer products. It uses differential pressure and controls test processes automatically. It conforms to industry standards and includes professional software and configurable test functions.
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.
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.
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.
W3/030 is based on the cup method and designed for water vapor transmission rate measurement of plastic films, laminated films, sheets as well as various materials used in medical and construction industries
This instrument is based on the combination of differential pressure method and chromatography analysis technology. It is the only instrument in the market so far that provides the quantitative and qualitative analysis of organic gas permeability of various films and sheeting materials.
W3/330 system is based on the electrolytic sensor method to measure water vapor transmission rate of film and package specimens. It has three independent testing cells and can be easily connected with 9 satellite systems.
ERT-01 Evaporation Residue Tester is professionally designed for the precisely quantitative determination of dissolved substances of table wares, containers, packaging films, cans, tubes and other food-use equipments in different soaking solutions. Polyethylene (PE), polystyrene (PS), polypropylene (PP), and chlorinated PVC resin are used as raw materials of such objects. By the further detection of evaporation residues, more dissolution indexes could be obtained to meet different application requirements of products. The instrument also supports LystemTM Lab Data Sharing System, which ensures uniform management of test results and test reports.
The document describes the G2/131 Gas Permeability Tester manufactured by Labthink Instruments Co. It can simultaneously test up to 3 specimens to determine properties like gas transmission rate and permeability coefficients at different temperatures. It uses differential pressure to test a variety of materials like films, composites, and foils. The instrument has intelligent software, embedded computer control, and data sharing capabilities. It conforms to various international standards and can test various gases on a wide range of materials.
This document summarizes an oxygen transmission rate test system produced by Labthink Instruments Co. It can test the oxygen transmission rate of films and packages. The system has three diffusion cells integrated into one instrument to test up to three specimens simultaneously. It offers precise temperature, humidity, and pressure control and can connect to additional instruments to test multiple samples at once. The system utilizes intelligent software for easy operation and uniform data management.
Optimization of Tangential Flow Filtration Applications and Scale Up Consider...MilliporeSigma
This presentation provides an introduction to tangential flow filtration applications for AAV and lentivirus and will review:
• Basics of tangential flow filtration (TFF)
• TFF AAV and lentivirus process overview
• Operating parameters optimization: flux-controlled microfiltration
• Scale up considerations
To learn more about this topic or collaborate with our technical experts, schedule a remote visit at our M Lab™ Collaboration Centers: www.emdmillipore.com/remotevisit
OX2/231 is based on the equal pressure method, and is professional applicable to the determination of oxygen transmission rate of film and package products, including plastic films, composite films, sheeting, plastic bottles, plastic bags and other packages.
The XLW (EC) Auto Tensile Tester from Labthink Instruments measures the tensile, peeling, deformation and other performance properties of various materials like plastics, composites, films and more. It has 8 test modes, bidirectional testing capabilities, precision load cells and integrated software for analysis. The instrument conforms to industry standards and is suitable for applications in fields like packaging and medical materials testing.
This instrument is based on the combination of differential pressure method and fluid level analysis technique. It is the only instrument in the market so far that provides the quantitative analysis of seal performance and residual oxygen for various flexible vacuum packages.
Wear testing machine by laser ablation has been considered as a new method of wear testing which overcome the problems of old machines and systems . In this case, wear rate has occurred due to ablation by laser beam and test sample transformed from solid state to gas state directly (sublimation) and avoid relative movement and loss of material between sample and disk or plate. The different operation conditions such as temperature, chemicals, environmental conditions and different types of stresses has been considered. The new machine consists of two main parts optical and mechanical parts. The optical parts which include ultraviolet laser source, optical filter, lenses to concentrate the beam and manhole of laser beam to the sample tested in the control room. The mechanical parts includes The insulated chamber , dead weight , variable speed motor, sample holder, temperature and pressure sensor and ph meter. Mechanism of operation depend mainly on Ablation process which is removal of material from the surface of an tested object by vaporization .Ultraviolet laser beam is used as source of energy required for ablation process to avoid thermal effects. The new technique is suitable for all kinds of materials such as metals, alloys polymers, ceramics and composites in any shapes and sizes. The main factors affecting the new techniques are divided into factors related to the laser beam characteristics and factors related to material properties, the material properties include the surface roughness, thermal conductivity, specific heat ,density and mainly latent heat of sublimation.
Selection, sizing, and operation of bioprocess filtration trains for optimal ...Merck Life Sciences
To increase filter lifetime and improve the economics of filtering bioprocess streams, a prefilter is often installed upstream of a final sterilizing-grade filter. However, determining the economic optimum prefilter and final filter configuration can be challenging. Numerous prefilter options are available, the prefilter to final filter area ratio must be determined, and operating conditions must be selected that will both satisfy the filtration requirements and provide for an economical process that minimizes the filtration system footprint.
One approach towards achieving an optimal filtration system design is to test the bioprocess fluid with several filter configuration combinations and at a range of operating conditions. However, this can be a daunting task and even impractical given the high cost and limited availability of valuable bioprocess fluids. A better approach is to run a limited filtration trial and use a mathematical model that can accurately predict the behavior of the prefilter and final filter under different conditions.
In this webinar we describe a filtration model and test methodology to rapidly and efficiently design an optimal dual-stage filtration process. The model and methodology were applied to Milligard® PES filters, a new class of autoclavable and gamma sterilizable PES membrane prefilters that are designed to protect microfiltration and nanofiltration final filters in bioprocess streams. We show how a model fit to the data from one set of filtration conditions can be used to predict filtration performance at other prefilter to final filter area ratios and operating conditions, and to determine the economic optimum filtration configuration.
In this webinar, you will learn:
- How filters for microfiltration of biological fluids work.
- The effect of operating conditions on filtration performance.
- How to design an optimal series filtration (prefilter and final filter) process.
XYD-15K Box Compression Tester is designed for measurement of compressing resistance, shape change and stacking capability of cartons, beehive crates, plastic tanks (for edible oil and mineral water), paper tanks, paper cases and IBC tanks and other packages.
This document discusses the challenges of high performance testing, including increasing reliability requirements, broader temperature ranges, higher currents, and parallel test formats. It introduces a test-in-tray format using a compliant thermal contact, high conductivity materials to transfer fluid, and uniform contact pressure to provide rapid thermal response and controlled environmental testing of semiconductor devices in parallel configurations. A mini-chamber seals each tray to form an isolated test environment while flexible frames allow independent thermal control at each device under test.
HGA-02 Headspace Gas Analyzer is equipped with professional structural design and high precision sensors. It can provide accurate and fast evaluation of the volumes and proportions of oxygen and carbon dioxide in headspace gases for sealing packages. Because of its portable design, the instrument could be used to test on production lines, at warehouses or in laboratories, to serve as a guide for production and assure shelf life.
This document summarizes test results from injection molding trials comparing conventional and Roctool technologies. The Roctool technology showed improved flow length and reduced pressure drop compared to conventional technology. Specifically, at a mold temperature of 140C with the Roctool technology, flow length was improved by up to 77.87% and pressure drop was reduced by up to 37.2% compared to conventional technology at 50C. The optimum temperature for this material based on the trials was 140C with the Roctool technology.
This document outlines computational fluid dynamics (CFD) simulations of river channel bifurcation. It discusses grid independence studies using different mesh sizes and evaluating reattachment length. Parameter studies vary fluid (water vs hydrogen), discharge ratio, and Reynolds number. Results include velocity streamlines, skin friction plots, and vorticity profiles. The conclusion compares results to benchmark studies and analyzes how discharge ratio impacts bifurcation flow patterns at constant Reynolds number.
The document describes the BTY-B2P gas permeability tester. It can simultaneously test 3 specimens and determine the gas permeability of battery diaphragms, breathable films, and other polymer products. It uses differential pressure and controls test processes automatically. It conforms to industry standards and includes professional software and configurable test functions.
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.
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.
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.
TQD-G1 is professionally applicable to the determination of air permeability of decorating materials used in cars, e.g. polyurethane, expanded plastics, PVC, leather, textiles, non-woven and other materials. Through the test, physical characteristics of the materials could be controlled to meet practical application requirements of 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.
This instrument is based on the cup 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.
This instrument is professionally applicable to the determination of water vapor transmission rate of plastic films, composite films, high barrier materials, back-sheets, sheeting, aluminum foils, waterproof materials, and other materials used in sanitary and medical industry. By testing the water vapor transmission rate, the technical indexes of materials could be controlled to meet the requirements for production.
This instrument is based on the combination of differential pressure method and chromatography analysis technology. It is the only instrument in the market so far that provides the quantitative and qualitative analysis of gas permeability of sole gas or mixed gases in separation membranes.
The PERME® MGT-01 Mixed Gas Permeability Analyzer uses differential pressure and chromatography methods to quantitatively and qualitatively analyze the gas permeability of mixed gas components. It can test permeability at various temperatures and pressures and features an embedded computer control system, intelligent software, and support for a lab data sharing system. The instrument determines the overall and individual gas permeances and transmission rates of films for applications like packaging and construction materials.
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.
TSY-W3 is professionally applicable to determination of water vapor permeability of plastic films, high barrier materials, back-sheets, sheeting, aluminum foils, waterproof materials, and other materials used in sanitary and medical industry.
The document describes the W3/0120 Water Vapor Transmission Rate Tester. It can test the water vapor transmission rate of up to 12 film or sheeting samples simultaneously under controlled temperature and humidity conditions. By measuring the weight changes of test dishes over time, it determines the water vapor permeability of materials like films, paper, textiles and medical products to ensure they meet production requirements. It provides accurate and automated measurements that conform to various industry standards.
Labthink Instruments Co. produces the W3/230 Water Vapor Transmission Rate Test System, which tests the water vapor permeability of films and packages. It uses infrared sensors to test up to 3 samples simultaneously over a wide range of 0.1-1000 g/m2·24h. The system offers high precision temperature and humidity control, standard and continuous testing modes, and integrated computer control for efficient and reliable operation.
W3/230 is based on the infrared sensor method and designed for the determination of water vapor transmission rate of film and package specimens. It is applicable to various materials with high, medium and low water vapor permeability.
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
LSSD-01 is designed for leak detection and seal strength test, including creep test and burst test in one instrument. It can be used for measurement of heat seal edge of flexible packages that are made by heat seal and adhesive processing.
G2/130 is based on differential pressure method, and can be used to measure gas transmission rate of flexible containers, including various bottles of carbonated drinks, juice, tea and packages of edible oil, dairy products, washing supplies and metal containers.
G2/130 is based on differential pressure method, and can be used to measure gas transmission rate of flexible containers, including various bottles of carbonated drinks, juice, tea and packages of edible oil, dairy products, washing supplies and metal containers.
Similar to Gas permeability Tester of battery diaphragms (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
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.
1. PERME® BTY-B2P Gas Permeability Tester
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.
Professional Technology
3 equivalent specimens can be tested simultaneously with the average
value as test result
The system supports unit conversion function to meet user’s requirements for special test
The instrument is controlled by a computer and test process is finished automatically
Two test modes of proportional and standard modes
Customization of test functions is available for special test materials
Equipped with RS232 port for convenient data transfer
Support LystemTM Lab Data Sharing System for uniform and systematic management of test results and test
reports
Test Principle
Under certain temperature and humidity, a constant gas differential pressure is generated between the two sides of
specimen. The gas transmission rate and other parameters can be obtained by analyzing and calculating pressure
changes in the lower pressure side.
This test instrument conforms to the following standards:
ISO 5636, SJT 1071.9
Applications
This instrument is applicable to the determination of gas permeability of:
Test the gas permeability of battery diaphragms, breathable films and other relative polymer
Basic Applications
products.
Technical Specifications
Specifications Film Test
Test Range 10 ~ 10,000 s/in2· mL
100
Pressure Range 0~20 KPa (customization available for others)
Resolution 0.1 Pa
Specimen Size Φ12 mm
Test Area 0.025 sq.in. (0.16 cm2)
Number of Specimens 3, 2 or 1
Test Gas O2,N2, CO2 and 99.9% dry gas(not in supply scope)
Gas Supply Pressure 0.4 MPa ~ 0.6 MPa
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 Φ4 mm PU Tubing
Power AC 220 V 50 HZ
Instrument Size 645 mm(L) x 500 mm(W) x 468 mm(H)
Net Weight 60 kg
Configurations
Standard Including Mainbody, Professional Software, Rapid Quantitative Filter Paper, Sampling Plate
Configurations and Vacuum Grease
Optional Parts Vacuum Grease
1. The gas supply port of the instrument is Φ4 mm PU tubing;
NOTE
2. Customers will need to prepare for gas supply.
Yarina Gao
Trade5@labthink.cn
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