Packaging instruments drink beverage torque tester HP-100

The torque tester is professionally suitable for testing the torque value of the caps of packaging products such as bottles, beverage bottles, mineral water bottles, and milk bottles. It is an ideal configuration instrument for offline or online testing of production units in the packaging industry.

The HP-D1 Automatic Torque Tester HP-D1 is innovated to test cap torque for detecting sealing performance of packaging containers, such as plastic bottles, liquid boxes, cans, etc.

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.

This product is based on the testing principle of the Coulometric Sensor Method testing Oxygen and is designed and manufactured with reference to ASTM D3985, GB/T 19789 and other standards. Adopting high-precision imported oxygen sensor, high test accuracy, it is suitable for oxygen transmission performance testing of films, sheets, paper, packaging and related materials in the fields of food, medicine, medical equipment, daily chemicals, photovoltaic electronics, etc., and provides a wide range and high-efficiency oxygen transmission rate detection for high, medium and low oxygen barrier materials.

Electronic Leakage Tester applies to test the hermetic sealing quality and performance of packaging bags, bottles, cans and so on, used in industries of food, beverage, pharmaceuticals, personal care and so on          

Paper Air Permeability Tester tests the air permeability, air permeability resistance of paper and cardboard. It adopts the testing principle of differential pressure method and combines Gurley method, Schauer method and Bengtsen method.

  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.

AUTO GBDA-180 The Compost Degradation Tester is based on the gravimetric method for measuring carbon dioxide emissions. It is a professional use of small reactors to determine the final biodegradability of test materials. It is suitable for the biodegradability analysis of degradable plastics and bio-based materials such as lunch box garbage, waste ground film, plastics containing plasticizers and pigment additives, etc.

Water vapor permeability analyzer using infrared sensor is to test the water vapor transmission rate (WVTR) of films or sheets materials. Ideal for high barrier materials like Aluminium foil.

Application W301 2.0 water vapor permeability analyzer is designed to test the water vapor transmission rate (WVTR) of films or sheets materials with the principle of Gravimetric Method.

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

Introduction Based on the test principle of the differential pressure method, N530 is designed with reference to the GB/T 1038 standard and used to test the gas transmission rate (quantity) of film or sheet materials.