The coefficient of friction tester GM-4 is a measuring instrument developed and manufactured by the Guangzhou Biaoji R&D team based on various test standards of GB, ISO, ASTM and market demand. The measured friction coefficient determines the smoothness and opening difficulty of the film. and uniformity can be accurately determined, so as to correctly guide the production. It is suitable for measuring the static friction coefficient, dynamic friction coefficient and peel strength of plastic films, composite films, aluminum foils, aluminized films, plates, rubber, ceramics and other materials when sliding.        

W203 2.0 Water Vapor Transmission Rate Tester Electrolytic Method | High Barrier Materials WVTR Testing Product Introduction W203 2.0 is developed based on the electrolytic test principle, designed and manufactured in accordance with GB/T 21529, ISO 15106-3 and other international standards. It tests water vapor transmission rate of samples under controlled temperature and humidity, widely used for high barrier materials in LCD, solar cells, chip packaging, pharmaceuticals, food and more. Get a Free Quote Today   Test Principle W203 2.0 adopts the electrolytic method. The pre-treated sample is fixed in the test chamber, separating it into wet and dry sides. Humidified nitrogen flows on one side of the film, while dry nitrogen (carrier gas) flows on the other side at a fixed rate. Due to humidity gradient, water vapor permeates from the wet side to the dry side, carried by dry nitrogen to the electrolytic sensor. The WVTR value is calculated from the electrical signal output by the sensor.   Compliant Standards 2025 Chinese Pharmacopoeia 4010 GB/T 21529-2008 ISO 15106-3 DIN 53122-2 YBB 00092003-2015 ASTM F3299 JIS K7129-3   Technical Specifications Item Value Test Range 0.001~40 g/(m²·24h) (Film & Sheet) Resolution 0.0001 g/(m²·24h) Temperature Range 15 ~ 45℃ Temperature Accuracy ±0.1℃ Humidity Range 5 ~ 90%RH Humidity Accuracy ±1%RH Test Area 50.24 cm² Sample Size Φ100 mm Test Chambers 3 channels (independent data)   Key Features High-sensitivity sensor for ultra-high barrier materials in electronics, photovoltaics, displays. Automatic pneumatic clamping system, one-key locking, excellent sealing. Precise temperature & humidity control: ±0.1℃, ±1%RH. 3 independent test chambers for high-throughput testing. 11.6-inch HD touch screen, real-time test curves display. Intelligent OS with audit trail, multi-level user rights, GMP compliant. Calibrated with national standard substances for accurate & authoritative data.   Applications Display MaterialsLCD sealant, SiNx passivation film, modified PET, etc. Chip PackagingFR-4, BT resin, PI substrate, ABF film, ceramic substrate. Solar MaterialsSolar backsheet, butyl film, ALD Al₂O₃, EVA/POE film. Packaging ComponentsPharmaceutical tubes, BFS bottles, infusion hoses, containers. Pharmaceutical & FoodUltra-high barrier films and packages for medical and food use.

GBPI Gas Permeability Tester N530 demonstrate how to test gas volumn pass through your packaging material

Introduction The N560 2.0 Gas Transmission Rate Tester is a high-precision laboratory testing equipment integrating machinery, electronics and software. It is suitable for the gas barrier property test of plastic films, composite films, sheets, metal foils and other sheet materials, as well as the gas transmission rate test of packaging containers such as bottles, bags, cans and boxes made of plastics, rubber, paper and other multi-type materials.  

The tear tester (elemendorf method) tests the tear resistance of paper, film, PVC, polyolefin, polyester, composite film, sheet, non-woven fabric, textile, paper, and board, etc. It is controlled by computer automatically and can be tested independently.

Heat Seal Tester apply to test the temperature, pressure, time and strength for heat sealing of various plastic films, composite film, aluminum foil and so on, widely used in industries of , food, pharmaceuticals, inspection agency, research institute and so on.

Face Mask Flame Retardant Tester is a special test instrument for the flame retardancy of a mask. Mask testing machines for surgical face masks, N95 masks, Melt-blown fabric.    

  GBL-H2 Universal Single Column Electronic Tensile Tester Product Introduction Developed by R&D team of Guangzhou Biaoji Packaging Equipment Co., Ltd., GBL-H2 universal single column electronic tensile tester complies with GB, ASTM and other relevant standards and market demands. Equipped with high-precision sensors, it features high force measurement accuracy, stable loading and long service life. The LCD screen with professional software displays real-time test curves and data, and supports test report query for easy operation. With fully automatic control unit, it is equipped with complete safety protection functions including limit protection, overload protection and emergency stop. This tester is used for tensile, peeling, heat seal, tearing, puncture and other mechanical property tests of metallic and non-metallic materials. It meets the technical requirements of national supervision departments, and is widely applied in quality control of plastic film, food and pharmaceutical enterprises, as well as scientific research and teaching experiments of testing institutions and schools. Test Principle Fix the prepared specimen between two clamps. Start the instrument to make the two clamps move relatively. The force sensor on the moving clamp collects force changes during the test, and the built-in displacement sensor records displacement changes. Finally, the mechanical indicators such as tensile strength, peeling strength, heat seal performance and tearing strength of the specimen are calculated. Compliance Standards GB 8808, GB 13022, GB/T 1040, GB 4850, GB/T 7753, GB/T 7754, GB/T 453, GB/T 17200, GB/T 16578.1, QB/T 1130, GB/T 2791, GB/T 2790, GB/T 2792, GB/T 7122, GB/T 10004, GB/T 17590, JJG 139, GB/T 6344, GB 10808, YBB 00112003, YBB 00102003, YBB 00132002, YBB 00202004, ASTM D828, ASTM E4, ASTM D882, ASTM D1938, ASTM D3330, ASTM F904, JIS P8113, QB/T 2358 Technical Parameters Force Measuring Range 0~300 N (Optional: 0~500 N) Force Measuring Accuracy Within ±0.5 %FS (Class 0.5) Test Speed 0~500 mm/min (Stepless speed regulation) Displacement Accuracy Within ±0.5% Effective Test Width 30 mm (Customizable: 50 mm, 60 mm) Effective Test Stroke 750 mm (Customizable: 1000 mm, 1200 mm) Overall Dimension L×W×H：600 mm×500 mm×1300 mm Weight 65 kg Power Supply AC 220 V，50 Hz Product Features Elegant and portable desktop single-column structure, comfortable for sitting operation. Supports tensile, peeling, heat seal, tearing, puncture and other tests; multiple adjustable parameters. High sampling rate (100 times/second) ensures accurate test data. Three-level safety protection with emergency stop switch. Adopts imported core components for high precision and long service life. LCD screen displays real-time data and working status. Intelligent operating system supports user management, authority management and audit trail, complying with GMP computerized system requirements. It can work independently or connect with computer for online testing, and the built-in printer outputs data in real time. Optional laboratory intelligent IoT platform, realizing data management and remote fault diagnosis.

  GBB-C Vertical Heat Sealing Tester Product Introduction GBB-C vertical heat sealing tester accurately measures heat sealing temperature, time, pressure and other performance parameters of plastic stand-up pouches, paper-plastic composite pouches and metal composite pouches. Optimal sealing conditions can be confirmed by testing sealing characteristics of different packaging materials. Testing Principle Place sample on the lower support plate and adjust height properly. Set sealing temperature, time and pressure as required, then start the device. The upper fixture seals samples automatically according to preset parameters. Step on foot switch to complete sealing in manual mode. In automatic mode, cyclic sealing runs repeatedly following set duration. Compliance Standards QB/T 2358-1998, ASTM F 2029, YBB00122003-2015 Technical Parameters Temperature Range Room temperature ~ 250℃ Temperature Accuracy ±1℃ Sealing Time 0.1s ~ 99.99h Sealing Pressure 0~1 MPa Sealing Surface 300×5.5mm smooth cutter, lower rod with silicone pad Operation Mode Manual & Automatic, external cylinder Air Source Compressed air Overall Dimension 730×400×540 mm Weight 33.8kg Power 1200 W Power Supply AC 220V, 50Hz Product Features Independent Temperature Control Temperature sensors installed at the rear of sealing cutters, inner and outer cutters support separate temperature setting. Dual Optional Test Modes Automatic mode realizes efficient repetitive sealing; manual mode equipped with foot switch for safe and easy operation. Advanced Pneumatic Driving System Composed of pressure gauge, regulating valve and cylinder, air pressure can be precisely adjusted for stable and efficient sealing work. Comprehensive Customization Service Anti-stick coating upgrade available. Customizable shape, size and surface smoothness meet diversified research demands. Application Fields Plastic Stand-up Pouch Paper-plastic Stand-up Pouch Aluminized Stand-up Pouch Boxed Milk

W416 2.0 Infrared Water Vapor Transmission Rate Tester High Precision WVTR Tester | 6 Independent Test Chambers Product Introduction W416 2.0 Infrared Water Vapor Transmission Rate Tester is an upgraded high-end precision testing instrument developed by GBPI R&D team in accordance with GB/T 26253, ASTM F1249 and international standards. Based on infrared moisture sensor technology, it provides wide-range and high-efficiency WVTR test for high, medium and low barrier materials. It is widely used for films, sheets, paper, packages and materials in food, pharmaceutical, medical devices, daily chemical, photovoltaic and electronics industries, ideal for offline and online testing in packaging industry. Get a Free Quote Today   Test Principle W416 2.0 adopts the infrared sensor testing principle. The pre-processed sample is fixed in the test chamber, dividing it into wet and dry sides. Compressed air flows in the wet chamber, and dry nitrogen (carrier gas) flows in the dry chamber at a fixed rate. Due to humidity gradient, water vapor permeates to the dry chamber and is carried to the infrared sensor. The WVTR value is calculated by the electrical signal output from the sensor.   Compliant Standards ISO 15106-2 ISO 21760-1 ASTM F1249 GB/T 26253 JIS K7129-2 Chinese Pharmacopoeia 4010 YBB 00092003   Technical Specifications Item Value Test Range 0.002~100 g/(m²·24h) Repeatability 0.005 or 2% (whichever is greater) Resolution 0.0001 g/(m²·24h) Temperature Range 15~45℃ Temperature Accuracy ±0.1℃ Humidity Range 5~90%RH, 100%RH Humidity Accuracy ±1%RH Test Area 50.24 cm² Sample Size Φ100 mm Sample Thickness ≤3 mm Test Chambers 6 channels (independent data)   Key Features Patented high-precision infrared moisture sensor, ultra-high stability, resolution up to 0.0001 g/(m²·24h). Automatic pneumatic control system, one-key sample clamping, excellent sealing and easy operation. Precise temperature & humidity control: ±0.1℃, ±1%RH, stable and reliable test data. 6 independent test chambers for high-throughput and high-efficiency testing. Real-time display of 5 test curves: WVTR-time, temperature-time, humidity-time, flow-time, voltage-time. Intelligent OS with audit trail, multi-level user rights, fully compliant with GMP. Calibrated with national standard substances (GBW(E)130543 / GBW(E)130544) for authoritative data. Support laboratory intelligent IoT platform: remote data management, remote diagnosis, resource download.   Applications Plastic Films PET, PE, BOPP, composite films, degradable films, aluminum-plated films, etc. Sheets Pharmaceutical rigid sheets, metal composite sheets, rubber sheets, etc. Paper & Paperboard Coated paper, aluminum paper, paper-plastic composite materials, etc. Medical Patches Medical plasters, transdermal patches, healthcare dressings, etc. Packaging Components Bottles, tubes, trays, bags, plastic containers, etc.

Oxygen transmission rate (OTR) is the measurement of the amount of oxygen gas that passes through a substance over a given period. It is mostly carried out on non-porous materials, where the mode of transport is diffusion, but there are a growing number of applications where the transmission rate also depends on flow through apertures of some description.