New advanced 0.01~0.999 film packaging COF GM-6 coefficient of friction tester GM-6

The coefficient of friction tester is used to test the coefficient of frictionof plastic film, thin sheet, paper and so on, widely used in packaging industry, film-making companies and packaging material inspection agencies.

GM-F1 Inclined Coefficient of Friction Tester is expert applicable to the resolve of stationary coefficients of paper board, friction of paper, sheets, plastic films, convey belts and additional substances. By challenging the frictional possessions of substances, the open presentation of packages, packing rapidity of packers and additional indexes could be regulated to meet necessities for production.Different functions from other coefficient friction testers  (cof)    

  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.        

Product introduction This product is based on the test principle of cup method water vapor transmission, and is designed and manufactured according to ASTM E96, GB/T 1037 standards, and provides a wide range and high efficiency water vapor transmission rate detection for low, medium and high water vapor barrier materials. test. It is suitable for the water vapor transmission performance test of films, sheets, paper, fabrics, non-woven fabrics and related materials in the fields of food, medicine, medical equipment, daily chemicals, etc.

It is used to test the percentage of materials containing bacteria suspended particles at the specified flow rate.

High Precision DSC Differential Scanning Calorimeter Product Introduction This DSC is our highest-precision differential scanning calorimeter. It is equipped with imported thermocouple sensors featuring ultra-high sensitivity. The signal acquisition circuit adopts full shielding protection design, delivering strong anti-interference capability and excellent baseline stability. Adopting touch screen operation, this instrument can perform glass transition temperature test, phase transition analysis, melting enthalpy measurement, product stability evaluation and oxidation induction period test, covering a wide range of testing applications. Test Principle By measuring the heat flow difference between the sample and the reference material under programmed temperature control, the instrument analyzes thermal characteristic parameters such as melting point, glass transition temperature and oxidation resistance of polymer, pharmaceutical and packaging materials. Technical Parameters Temperature Range Room Temperature ~ 550 ℃ (Air Cooling) Temperature Resolution 0.01℃ Temperature Fluctuation ±0.1℃ Temperature Repeatability ±0.1℃ Heating Rate 0.1～100℃/min Constant Temperature Duration Programmable ≤ 24h Temperature Control Modes Heating, Constant Temperature DSC Heat Flow Range 0～±600mW DSC Resolution 0.01μW DSC Accuracy 0.001mW Power Supply AC 220V, 50Hz (Customizable) Atmosphere Control Gas Nitrogen, Oxygen (Automatic Instrument Switching) Gas Flow Rate 0-300ml/min Gas Pressure 0.2MPa Display Screen 7-inch 24-bit Color LCD Touch Screen Data Interface Standard USB Port Calibration Standard Comes with Indium & Tin Reference Materials for User Self Temperature Calibration PC Software Compatibility 3-in-1 Host Software, Compatible with TGA & Synchronous Thermal Analyzers Thermocouple Configuration 3 Groups of Thermocouples: Sample Temp, Furnace Temp, Internal Ambient Temp Technical Features

Torque tester HP-200 is a testing instrument for bottle cap locking and opening based on ASTM and GB standard requirements and market demand developed and manufactured by GBPI R&D team. For bottle packaging products, nozzle packaging products and tube packaging products, the size of the cap opening torque is one of the key control parameters, which has a great impact on the intermediate transportation and final consumption of the product.It is suitable for measuring the size of the locking and opening torque of bottle products, and is an indispensable test equipment in the production process.

MC‑C Migration Test Cell: Professional Pre‑Treatment Solution for Food‑Contact Material Migration Test GBPI MC‑C Migration Test Cell for Food‑Contact Material Migration Pre‑Treatment Address: No.3 Linjiang Road, Xiagang Subdistrict, Huangpu District, GuangzhouTel: +86 15820231129 | Official Website: www.gbpitester.com Product Introduction MC‑C Migration Test Cell is suitable for pre‑treatment of migration tests for food‑contact materials and products. It meets the requirements of GB 5009.156‑2016 and applies to all non‑volatile food simulants specified in GB 31604.1‑2015, EN1186‑1 and other relevant standards. It provides standardized test conditions to support safety assessment for food‑contact specimens, widely adopted by third‑party laboratories, food packaging manufacturers and research institutes. Executive Standards To ensure test repeatability and global recognition, MC‑C Migration Test Cell conforms to both Chinese national standards and European normative requirements: GB 5009.156‑2016, GB 31604.1‑2015, GB/T 23296.1‑2009, EN1186‑1:2002, EN 13130‑1:2004. It satisfies migration pre‑treatment requirements for domestic inspection and EU export certification. Core Technical Parameters Contact Mode Single‑sided or Double‑sided contact Single‑sided Contact Area(Diameter) 51.5 cm² (Φ81 mm) Double‑sided Contact Area 103 cm² Volume 120 mL Operating Temperature 5℃～180℃ Overall Dimensions 143mm(L) × 125mm(W) × 76mm(H) Net Weight 1.2 kg Product Features • Complies with relevant standards, fully designed and manufactured according to Figure B.5 Migration Test Cell C in Appendix B of GB 5009.156‑2016 and Figure C.8 Migration Test Cell F in Appendix C of EN1186‑1:2002, ensuring consistency of migration test results. • Made of high‑quality stainless steel without trace substance precipitation. • Supports both single‑sided and double‑sided detection to reduce model‑selection trouble. Double‑sided contact is suitable for food‑contact materials such as instant‑noodle outer packaging and seasoning sachets. • Adopts high‑temperature resistant, corrosion‑resistant and self‑cleaning sealing ring to achieve excellent sealing performance, preventing leakage and volatilization of various simulants during testing. • Unique sealing structure ensures areas outside the test surface do not come into contact with food simulants, guaranteeing valid test area. • Suitable for migration test pre‑treatment of a wider range of materials. Application Fields It applies to migration test pre‑treatment of food‑contact materials and products exposed to food simulants including water, ethanol, acetic acid, vegetable oil, n‑hexane, n‑heptane and isooctane. Conclusion MC‑C Migration Test Cell is a standard‑compliant auxiliary device for food‑contact material safety testing. Supporting both single‑sided and double‑sided contact modes, it fits diverse packaging samples including instant‑noodle packages and seasoning bags. High‑quality stainless steel avoids trace substance release, and reliable sealing prevents simulant leakage and volatilization. It delivers repeatable migration pre‑treatment results for lab QC, third‑party testing institutes and packaging manufacturers. It is essential hardware for food‑contact material compliance assessment both for domestic market and European export business. Get Quotation for This Unit GBPI Packaging Test Equipment ManufacturerAddress: No.3 Linjiang Road, Xiagang Subdistrict, Huangpu District, Guangzhou, Guangdong, ChinaTel: +86 15820231129 | Official Website: www.gbpitester.com

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.

Product introduction The GTR-10H gas permeation analysis system consists of a differential pressure permeation device and a gas chromatograph. It can test and analyze the gas permeability of various single-component gases and mixed gases, and can accurately calculate the permeability, permeability coefficient and other parameters of each component gas. The test gas has a wide range of types and high accuracy, and is suitable for gas permeation testing in the fields of fuel cell proton exchange membrane gas permeability testing, hydrogen permeation of hydrogen storage materials, gas density of bipolar plate materials, and natural gas storage materials.   Test principle Place the processed sample between the high-pressure chamber and the low-pressure chamber, and the low-pressure chamber is connected to the gas chromatograph through a quantitative loop. At the set test temperature, use a vacuum pump to evacuate the gas system, and then add a certain pressure of test gas to the upper chamber to form a constant pressure difference between the upper and lower chambers. Under the action of the pressure gradient, the gas penetrates from the high-pressure chamber to the low-pressure chamber through the film. The system injects the gas that penetrates into the low-pressure chamber into the gas chromatography column and separates it into various components, and calculates the gas permeability, gas permeability coefficient and other barrier performance parameters of each component.   Standard GB/T 20042.3，GB/T 20042.6-2011，GB/T 1038.1-2022，ISO 15105-1   Specification Item Technical Parameters Test range 2.0×10-12~3.0×10-7 mol/(m2·s.Pa) Detection system Gas chromatography (GC), TCD detector Test gas Gases such as hydrogen, oxygen, nitrogen, carbon dioxide, carbon monoxide, methane, etc., single component or mixed component Gas pressure 0~300kPa Permeation module temperature control range 15~60℃ Temperature control accuracy ±0.1℃ Permeation area 50.24 cm2 Sample size Φ110 mm Sample thickness ≤2 mm Sample quantity 1 piece Power supply AC 220 V，50 Hz   Features Advanced gas chromatography analysis technology The instrument is equipped with an advanced gas chromatography analysis module and a new microcomputer temperature control system, which can achieve 16-step program temperature rise with high temperature control accuracy; it adopts multi-processor parallel working mode, and can be equipped with a variety of high-performance detectors. The instrument is stable and reliable, equipped with a 7-inch color LCD touch screen and a dedicated workstation, which is convenient to operate and easy to process data.   Fully automatic precision control of permeation module test temperature The permeation module uses semiconductor refrigeration chips to automatically control the temperature in both directions, with higher temperature control accuracy, up to 0.1℃.   Can test the permeability of single gas and mixed gas It can measure the permeability of a single gas and the permeability of different mixed gases at the same time, and has a wide range of uses. In addition to its application in the traditional packaging industry, it has broad application prospects in new energy fields such as hydrogen energy.   Intelligent operating system, global certification Self-developed intelligent operating system, modular graphics, flexible setting of test process parameters, and intuitive and convenient operation. Designed according to the GMP Appendix "Computerized System", it has an audit tracking function and multi-level user authority settings, which can meet the needs of the pharmaceutical industry for data traceability. Personalized test reports are set on demand, supporting data output in multiple formats, electronic signatures, and online submission of audit reports.   Laboratory Intelligent IoT Platform The instrument can be connected to the IoT platform to achieve digital network management. Remote authorization to log in to the IoT platform can achieve functions such as managing experimental data, remote diagnosis and troubleshooting. Customers can download the required instrument information, documents, and operation videos on the platform.

AUTO GBM‑L2 Dual‑Pressure Micro‑Leak Seal Tester: Micro‑Leakage Detection for Pharmaceutical & Food Packaging GBPI AUTO GBM‑L2 Dual‑Pressure Micro‑Leak Seal Tester for Packaging Micro‑Leak Detection Product Introduction AUTO GBM‑L2 Dual‑Pressure Methods Vacuum Decay Leak Detection Tester adopts the test principle of vacuum decay method/pressure decay to detect micro‑leakage of finished packaging. It can be applied to packaging systems composed of vials, ampoules, pre‑filled syringes, eye drop bottles, HDPE bottles, infusion bottles/bags and other pharmaceutical packaging, food packaging, and chemical industry packaging. Testing Principle The host is connected to a sealed test chamber customized according to the sample. When performing the vacuum decay method test, the instrument evacuates the test chamber, and a pressure difference is formed inside and outside the sample. Under the action of the pressure, the gas/liquid in the sample enters the test chamber through the leak hole. The main engine uses the absolute pressure sensor and the differential pressure sensor to monitor the pressure change in the chamber to judge whether the sample leaks. When performing the pressure decay method test, the instrument fills the test chamber with a predetermined air pressure, and the gas in the test chamber enters the sample through the leak hole. The host uses absolute pressure sensors and differential pressure sensors to monitor the pressure changes in the chamber to determine whether the sample is leaking. Executive Standards ASTM F2338‑2009(2013), YY‑T 0681.18‑2020, USP<1207.2>, ASTM F2095, supporting leakage verification for global pharmaceutical and food packaging regulatory requirements. Core Technical Parameters Absolute Pressure Testing Range (0‑300) kPa Differential Pressure Testing Range (-2‑2) kPa Detection Sensitivity 1‑3 μm Balancing / Testing Time 1‑3600 s Vacuum Purge Time 1‑3600 s Set Flow Rate 0‑3 mL/min Testing System Dual Sensor Technology / Dual Cycle Testing Testing Chamber Customized according to the sample Applicable Products Vials, Ampoules, Prefilled Syringes, Infusion Bottles/Bags, etc. Detection Principle Vacuum Decay Method / Pressure Decay Method Dimensions of the Main Unit 495 mm*455 mm*280 mm Ambient Temperature 20℃‑25℃ Relative Humidity 40%‑60% Working Power Supply AC 220V, 50HZ Product Features • Dual‑Pressure Methods, to help solve testing difficulties. The double combination of vacuum decay method and pressure decay method solves the problem of easy misjudgment and false negative for freeze‑dried powder injections containing vacuum in the bottle using a single vacuum decay method. Based on dual‑sensor and dual‑circulation system technology, high‑quality absolute pressure sensor and differential pressure sensor, with an accuracy of 0.1% FS, can effectively detect large and small leaks, accurately calculate the leak hole diameter, and give a pass or fail judgment. • Low detection sensitivity and good test repeatability. For rigid samples, the detection sensitivity is as low as 1 μm, and the test repeatability is as low as 0.8%. The instrument has stable performance, low noise and good repeatability. • Imported brand accessories, excellent performance. Imported brand vacuum pump, pumping rate up to 3 L/s, noise as low as 50 DB, high ultimate vacuum, convenient oil level detection and replacement. The imported gas mass flow controller can simulate micro‑leaks arbitrarily, with a resolution of 0.001 mL/min, which provides a reliable guarantee for the method verification of instrument sensitivity. • Large‑size touch screen, intelligent operation. Color 7‑inch touch screen, clear view, sensitive touch, easy to operate. Equipped with a micro‑printer, USB data interface, and supports PC software measurement and control operation. The test software is designed according to the GMP appendix "Computerized System". It has an audit trail function and multi‑level authority settings for users, which can meet the needs of the pharmaceutical industry for data traceability. • Personalized customization to meet the needs of different samples. For different test samples, it supports customization of suitable test chambers to meet the needs of different tests. For the same type of samples, it supports customized nesting mode, which can realize the sharing of a test chamber for samples of various specifications. Application Fields Freeze‑dried powder injection Injection Prefill needle Eye drops Plastic Ampoule BFS Infusion bags Factory Configuration Standard Host machine, vacuum pump, test chamber and 3 sets of yin and yang control (customized as required), 11‑inch touch panel, professional software (GMP) Optional Imported gas flow meters, air compressors, printers, calibration certificates Conclusion AUTO GBM‑L2 dual‑pressure micro‑leak seal tester combines vacuum‑decay and pressure‑decay technology, solving false‑negative defects existing in single‑mode leak detection for vacuum‑containing pharmaceutical containers. With imported core components, audit‑trail data function and customizable test chamber, it is ideal micro‑leakage inspection equipment for pharmaceutical factories, third‑party testing laboratories and R&D institutions for parenteral preparation packaging quality control. Get Quotation for This Unit GBPI Packaging Test Equipment ManufacturerAddress: No.3 Linjiang Road, Xiagang Subdistrict, Huangpu District, Guangzhou, Guangdong, ChinaTel: +86 15820231129 | Official Website: www.gbpitester.com