Introduction Based on the test principle of the differential pressure method, N530L is designed with reference to the GB/T 1038 standard and used to test the gas transmission rate (quantity) of film or sheet materials.

Introduction N530 2.0 is based on the test principle of differential pressure method, It's designed with reference to GB/T 1038, ISO 2556 and other standards. Adopt high-precision pressure sensor and automatic pressure difference keeping technology, high test accuracy. It is suitable for the gas permeability test of films, sheets, papers, packages and related materials in the fields of food, medicine, medical equipment, daily chemicals, photovoltaic electronics, etc. It provides a wide range and high-efficiency gas transmission rate test of high, medium and low gas barrier materials.

Product Introduction This product is based on the test principle of the differential pressure method, and is designed and manufactured with reference to ASTM D1434, ISO 2556 and other standards. With high-precision pressure sensor and automatic differential pressure maintaining technology, this machine has high test accuracy. It is suitable for the gas permeability test of films, sheets, paper, packaging and related materials in food, medicine, medical equipment, daily chemicals, photovoltaic electronics and other industries. It can be used to test high, medium and low gas barrier materials with outstanding efficiency.

The Leakage tester GB-M2 is designed and manufactured in accordance with the relevant provisions of GB/T15171 Test method for leaks in sealed flexible packages. It is used to detect the sealing condition of plastic packaging bags and containers, and it is applied to used in industries of food, beverage, pharmaceuticals, personal care and so on. Through test can effectively compare and evaluate the sealing technology and sealing performance of packaging parts, and provide scientific basis for determining the relevant technical indicators. It can also be used to test the sealing performance of the specimens after dropping and compressing test.

This product is based on the test principle of the Coulomb oxygen analysis sensor and is designed and manufactured with reference to the ASTM D 3985 standard. It is used to determine the oxygen transmission rate (quantity) of film or sheet materials.

MC‑D Migration Test Cell: Professional Pre‑Treatment Solution for Food‑Contact Material Migration Test GBPI MC‑D 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‑D 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/T 23296.1‑2009, GB 31604.1‑2015 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‑D Migration Test Cell conforms to both Chinese national standards and European normative requirements: GB/T 23296.1‑2009, EN13130‑1:2004, GB 5009.156‑2016, GB 31604.1‑2015, EN1186‑1:2002. It satisfies migration pre‑treatment requirements for domestic inspection and EU export certification. Core Technical Parameters Contact Mode Single‑sided contact Contact Area 99.17 cm² Contact Surface Diameter Φ112.4 mm Volume 300 mL Operating Temperature 5℃ ~ 120℃ Product Features • Designed and manufactured with reference to Type‑D cell in Appendix C of EN1186‑1:2002, Type‑D cell in Appendix D of GB/T 23296.1‑2009 and Type‑D cell in Appendix D of EN13130‑1:2004, ensuring consistency of migration test results. • This migration cell supports both migration‑cell method and total‑immersion method to meet diverse pre‑treatment requirements. • Constructed of premium borosilicate glass featuring high hardness, high light transmittance and excellent chemical stability. It is heat‑resistant with low matrix content and will not interfere with the determination of overall migration and specific migration values. • Adjustable stainless‑steel latches enable simple operation and reliable sealing. It prevents burst under high‑temperature conditions with various food simulants, guaranteeing test safety and stable migration results. • For non‑reflux immersion, the opening can be sealed and fixed directly with glass plug to carry out total‑immersion tests at ambient and high temperatures. • For reflux immersion, a condensation reflux tube can be directly connected to the ground‑glass joint for migration testing. Application Fields It applies to migration test pre‑treatment of food‑contact materials and products exposed to food simulants including water, acetic acid and ethanol. Conclusion MC‑D Migration Test Cell is a standard‑compliant auxiliary device for food‑contact material safety testing. Made of high‑performance borosilicate glass, it supports both migration‑cell and total‑immersion approaches, compatible with non‑reflux and reflux immersion workflows. With safe anti‑burst performance under high‑temperature testing, 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

The thickness of the film material, an important characteristic of the packaging material, varies and is critical for other properties such as permeability, tensile strength, impact resistance, etc.

Product Introduction The headspace gas analyzer adopts the destructive puncture detection method and is equipped with high-precision oxygen sensors and carbon dioxide sensors to accurately detect the O2 and CO2 content of hollow packaging containers such as packaging bags, bottles, cans, etc. The analysis of the content of the headspace gas in the packaging can make a reasonable judgment on the product quality, the validity of the shelf life prediction, and the rationality of the packaging design. At the same time, it can also be used as a means of packaging tightness testing. It is a better choice for modified atmosphere preservation (MAP, CAP) packaging, large infusion bottles (bags), residual oxygen in the headspace of prefilled needles, residual oxygen detection in vials, and the results of residual oxygen detection for various food and medicines. Nowadays, the headspace gas analyzer has become an important method to check the quality of packaging design and one of the important methods to verify the product shelf life. Our headspace gas analyzer GB-DK can quickly detect O2 in production lines, warehouses, laboratories and other occasions. And CO2 content to guide production.   Test principle The gas in the sample is drawn into the sensor by a vacuum pump. The sensor outputs the current and voltage signals of the O2 and CO2 (optional) concentration in the gas in the sample in real time. The instrument calculates the content of O2 and CO2 in the gas by obtaining the current and voltage signals output by the sensor. After reaching the end conditions of the experiment, the test stops, and the instrument records the concentration of O2 and CO2 in the measured gas in the sample.   Technical parameter Item Parameter Gas to be Measured O2 (standard configuration) CO2 (optional) Measurement Principle Fluorescence optics infrared absorption Measurement Range 0%～25% (for O2) 0%~100% (for CO2) Measurement Accuracy ±0.2% ±2% Sample Size ≥5 mL (at standard atmospheric pressure) (for O2) ≥20 mL (at standard atmospheric pressure) (for CO2) Dimensions 350 mm (L)×330 mm(W)×200 mm(H) Power Supply 220 VAC±10 % 50Hz/120 VAC±10 % 60 Hz Net Weight 5kg    Features 1.Using high-precision sensors, high accuracy, good stability, long-term operation, long service life. Over-range automatic protection function to avoid damage to important sensors when the instrument fails. 2.The needle/probe safety holster is used to ensure safe testing and fast sampling. 3.Oxygen and carbon dioxide can be detected at the same time, and carbon dioxide gas can be selected for analysis according to different user needs. The sampling volume is at least 3 ml. 4.Built-in operating system, the system is equipped with an ARM control system to control the host through a touch screen (testing equipment and control software are combined into one); at the same time, the system can be expanded, such as connecting to the laboratory LIMS system. 5.The software is designed according to the requirements of the computerized system in the new version of the GMP appendix, and users are divided into multiple levels such as operators and administrators (such as administrators, operators, observers, etc. but not limited to these levels). 6.It has the audit trail function, which can realize the audit trail of the system, project operation, and method to ensure the safety and integrity of the test data. 7.Personalize the test report, set the report module that needs to be displayed, and output the report in PDF mode. The micro printer can print test reports in real time.  

  Infrared method water vapor transmission rate tester W405L is a high-end precision packaging material testing instrument, newly developed and upgraded by GBPI Research and Development Team based on ASTM, GB standard requirements and market demand. It is used to test the water vapor transmission rate of samples under set temperature and humidity conditions. It is suitable for the water vapor transmission rate performance test of films, sheets, papers, packages and various materials in the fields of food, medicine, medical equipment, daily chemistry, photovoltaic electronics, etc.      

   

Carton Compression Testing Machine Model: GBN2000B Get Free Consultation Introduction The GBN series carton compression tester is a standard instrument used to evaluate the compressive strength of cartons and other types of packaging containers. It is widely applied to test cartons and packaging boxes of various specifications and dimensions. The instrument supports three fundamental test modes: compressive strength testing, compliance (standard-reaching) testing, and stacking strength testing. Standards ISO 2872, ISO 2874, GB 4857.4, QB/T 1048, GB/T 4857.3, ASTM D642, TAPPI T804, ISO 12048 Specification Item Technical parameters Maximum Test Force 30 kN Platen Area 1200 × 1200 mm Working Stroke 1200 mm Resolution 1 N Accuracy 0.5% Speed adjustment range 1 mm/min – 200 mm/min Standard pressurization speed 10 mm/min Stacking pressurization speed 2 mm/min Weight Approx. 650 kg Power supply AC 220 V, 50 Hz External dimensions Approx. 1593 × 1200 × 1735 Working Mode Compressive Strength TestUsed to determine the ultimate compressive strength of a specimen. The testing machine automatically records the peak compressive force and the deformation of the specimen under load. Compliance TestUsed to evaluate the overall performance of a container based on specified pressure and deformation parameters, providing essential data for container design and selection. Stacking Strength TestUsed to determine the load-bearing durability of a specimen under simulated storage conditions. In accordance with national standards, stacking tests can be conducted over various durations, such as 12 or 24 hours. PC Interface Support PC connection for real-time curve display, data storage and export. Product Features High Precision and Stable PerformanceEquipped with a high-precision load cell, the instrument achieves an accuracy of <0.5% at the factory—surpassing the ±1% threshold required by ISO standards. The integration of a servo motor, a precision ball screw drive, a well-engineered design, and high-precision mechanical machining ensures the instrument’s overall reliability and stability. Long Service LifeThe use of a precision ball screw drive, an aluminum alloy panel, high-quality machining processes, and a robust design ensures the instrument’s durability. Furthermore, our professional design and programming team can provide future upgrades for the unit. Wide Range of ApplicationsBeyond conducting compressive strength, compliance, and stacking strength tests on cartons, this instrument is also suitable for compression testing of various other types of packaging, such as cans and bottles. User-Friendly and Easy to OperateThe instrument features an LCD touchscreen with a Chinese-language interface, offering an intuitive user experience. It performs tests fully automatically and includes built-in data statistical processing. Results can be printed via an integrated micro-printer or exported to a computer. When connected to a PC, the system can automatically store test results and display—as well as save—the real-time pressure-change curve during testing. Rapid and Efficient TestingThe vertical movement speed of the upper compression platen is fully adjustable, reaching up to 200 mm/min, which makes the testing process faster and more convenient. Factory configuration NO. Item Model/Specific. Qty Unit Remark 1 Carton Compression Tester (Main Unit) GBN2000B 1 pc   2 Power Cord / 1 pc   3 Instruction Manual / 1 pc   4 Warranty Card / 1 pc   5 Certificate of Conformity / 1 pc   6 Thermal Printing Paper / 4 roll   Note: GBPI has always been committed to the innovation and improvement of product performance and function. For this reason, product technical specifications and appearance will also be changed accordingly. The above situation will not be notified. GBPI reserves the right of modification and final interpretation. Service Commitment Free technical support for packaging testing. One-year warranty for the instrument, free software upgrade service, and free technical support for life. Free in-plant training on instrument operation, graduation certificate issued to qualified personnel, free board and lodging. Instrument "old for new" policy, and spare instruments for use in case of failure. Equipped with a testing center (CNAS L8185), providing sample testing and sample data comparison services. Equipped with a reference material development center, providing calibration services. About GBPI GBPI (Guangzhou Biaoji Packaging Equipment Co., Ltd.) was established in 2002 and is located in Guangzhou Economic Development Zone. It is an enterprise integrating R&D, production, sales of packaging testing instruments, packaging equipment, modified atmosphere refrigerator and other products, and providing third-party testing and reference material calibration services. It is committed to providing comprehensive, professional, high-quality products and technical services for the packaging, food, medicine, testing and other industries. Write industry standards with quality and become a leader and navigator in the field of global packaging testing. The 80,000-mile journey is underway, and GBPI will escort you! For more details, please visit the GBPI official website. www.gbpitester.com Address: No. 3, Linjiang Road, Huangpu District, Guangzhou, Guangdong Province, China Tel: 020-8615 3789, 8615 3790    After-sales hotline: 4007886855 Website: www.gbpitester.com    Email: info@gbtest.cn

Product Brief The N600P Paper & Paperboard Air Permeability Tester is custom-developed to align with standards like GB/T 458-2008 and ISO 5636. It adopts the differential pressure method as its core testing principle, and innovatively integrates three industry-common testing approaches (Gurley, Schopper, and Bendtsen) into a single device.   This tester is applicable to air permeability detection of various paper and paperboard materials, and can measure key indicators including: material air permeability, air resistance, gas transmission rate, and total gas transmission volume. Testing Principle Gurley Method   Under a constant differential pressure of 1.23 kPa, measure the time required for 100 mL of gas to pass through the sample. Schopper Method   Select a suitable test duration under a constant differential pressure (1.00 kPa±0.01 kPa or 2.50±0.01 kPa), and calculate the gas flow rate through the sample by measuring the gas volume. Bendtsen Method   After clamping the sample for 5 seconds under a constant differential pressure of 1.47 kPa, test the gas flow rate through the surface of the sample. Executed Standards GB/T 458-2008, SJ/T 10171-2016, ISO 5636-5:2003, ISO 5636-2:1984, ISO 5636-3:2013, TAPPI T460 Technical Parameters   Item Technical Parameters Test Range 0.1~10 μm/(Pa·s) Resolution 0.001 μm/(Pa·s) Differential Pressure Range 0~5 kPa Pressure Resolution 0.001 kPa Test Area 6.42 cm² or 10.0 cm² Sample Size ＞50 mm×50 mm Instrument Dimensions (L×W×H) 450 mm×400 mm×300 mm Power 100 W Power Supply 110~250 VAC, 50~60 Hz