Battery Diaphragm Gas Permeability Tester N600E

AUTO GQ-300 Modified Atmosphere Refrigerator is mainly for a variety of fruits, vegetables, flowers, seedlings, etc. on the market for storage and preservation tests, through microelectronics technology to automatically control the concentration of oxygen, nitrogen, carbon dioxide, ethylene in the box, as well as control temperature, humidity conditions to achieve the preservation effect, is a microorganism, environmental protection, food production, universities, scientific research institutions and other units indispensable ideal equipment.  

Three test chambers water vapor permeability analyzer using infrared sensor is the highest accurate water vapor transmission rate tester, meeting standard of ASTM F1249.

    W201 2.0 Water Vapor Transmission Rate Tester Product Introduction This product is developed, designed and manufactured based on the electrolytic test principle, in accordance with GB/T 21529, ISO15106-3 and other standards. It is used to test the water vapor transmission rate of samples under set temperature and humidity conditions. Suitable for water vapor transmission performance testing of high-barrier materials used in LCD display devices, solar cells, chip packaging, pharmaceuticals, food and other fields. Get a Free Quote Today   Test Principle W201 2.0 Water Vapor Transmission Rate Tester adopts the electrolytic method principle. The pre-processed sample is fixed in the middle of the test chamber, dividing the chamber into high-humidity and low-humidity sides. Humidified nitrogen flows on one side of the film, and dry nitrogen (carrier gas) flows at a fixed rate on the other side. Due to the humidity gradient, water vapor permeates from the high-humidity side to the low-humidity side. The water vapor passing through the sample is carried by the flowing dry nitrogen to the electrolytic sensor, and parameters such as the water vapor transmission rate of the sample are obtained through the electrical signal output by the sensor. Electrolytic Method Working Principle Diagram:             Executive Standards 2025 Edition Chinese Pharmacopoeia <4010 Determination Method of Water Vapor Transmission Rate of Pharmaceutical Packaging Materials>, GB/T 21529-2008, ISO15106-3, DIN 53122-2, YBB00092003-2015, ASTM F3299, JIS K7129-3   Technical Parameters Test Range 0.001~40g/(m²·24h) (Film & Sheet) Resolution 0.0001g/(m²·24h) (Film & Sheet) Temp. Control Range 15～45℃ Temp. Control Accuracy ±0.1℃ Humidity Control Range (5～90)%RH Humidity Control Accuracy ±1%RH Permeation Area 50.24 cm² Sample Size Φ100 mm Sample Thickness ≤3 mm Test Quantity 1 piece Carrier Gas 99.999% Nitrogen (User Provided) Carrier Pressure ≥0.1 MPa Carrier Flow 0~100 mL/min Gas Interface 1/8 inch Metal Tube Dimensions 380×620×385mm Weight 25kg Power 450 W Power Supply AC 220 V, 50 Hz   Product Features Core Technology & Upgraded Operation: High sensitivity, precision and stability of the sensor, capable of testing high-barrier materials in electronics, photovoltaic, solar, display and other fields. Brand new pneumatic control system, automatic fixture locks sample with one key, convenient and labor-saving, with excellent sealing performance. Precise Temperature & Humidity Control: Temperature: Bi-directional automatic control via semiconductor cooling plate, accuracy ±0.1℃. Humidity: Dual-airflow (dry & wet) humidity control method, stable and high precision, accuracy ±1%RH. Strong Expandability: With optional accessories, it can test water vapor transmission rate of packages and containers. Excellent Appearance & Real-time Visual Curve: Built-in 11.6-inch high-resolution color touch screen, clear view, sensitive touch. Fully automatic operation, one-key test, automatic judgment and shutdown. Real-time display of 5 groups of curves (permeation rate-time, temp-time, humidity-time, concentration-time), with preview/hide function. Intelligent OS & Global Certification: Self-developed intelligent OS, modular interface, flexible parameter setting. Designed in accordance with GMP Computerized System, with audit trail and multi-level user authority, meeting pharmaceutical industry data traceability requirements. Customizable test reports, multiple data output formats, electronic signature and online report approval. Professional Calibration & Reliable Data: Our company possesses the National Standard Material Classification Certificate for water vapor transmission rate approved by the State Administration of Quality Supervision, Inspection and Quarantine (GBW(E)130543 / GBW(E)130544). Self-developed national standard materials are used for instrument calibration, ensuring accurate, universal and authoritative test data.   Application Fields Packages & Containers Custom fixtures for pharmaceutical BFS, ointment tubes, infusion tubes. Chip Packaging Materials FR-4, BT resin, PI, ABF film, Al₂O₃ ceramic, metal substrate testing. Solar Cell Barrier Materials Solar backsheet, butyl rubber, ALD Al₂O₃, POE, EVA film testing. Display Field Barrier Materials For LCD high-barrier materials such as epoxy resin film, SiNx passivation film, modified PET Other Materials Ultra-high barrier materials for pharmaceutical, food, daily chemical industries.   Why Choose Us ✓ Professional R&D & Manufacturing We have professional R&D team and complete production line, focusing on physical property testing instruments for more than 20 years, providing reliable and stable testing equipment for global customers. ✓ High Precision & Quality Certification Products comply with international standards, equipped with high-precision sensors and intelligent control system, with national standard material certification and authoritative qualification. ✓ Perfect After-sales & Technical Support Global after-sales service network, timely technical guidance, professional training and lifelong maintenance services to ensure worry-free use. Guangzhou GBPI Packaging Equipment Co., Ltd. | Professional Testing Instrument Manufacturer  

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.

To test the tensile strength, peeling strength, heat sealing strength, tearing strength, piercing strength of plastic film, composite film, tape, soft packaging material, rubber sheets, paper, non-woven fabrics and other packaging materials

Product Brief The N600E Battery Separator Air Permeability Tester is designed and developed in accordance with standards such as GB/T 36363-2018. Adopting the differential pressure method as its testing principle, it is professionally used for testing the air permeability of battery separators, breathable films, and related polymer materials. Testing Principle In an environment with controlled temperature, humidity, and normal pressure, the tester measures the time required for 100 mL of air to pass through a 6.45 cm² separator under an applied pressure of 1.21 kPa. Executed Standards GB/T 36363-2018, ISO 5636-5:2003, TAPPI T460 Technical Parameters Item Technical Parameters Test Range 60~12000 sec/100mL Resolution 0.1 sec/100mL Pressure Range 0~5 kPa Pressure Resolution 0.001 kPa Test Area 6.45 cm² Sample Size ＞50 mm×50 mm Instrument Dimensions 450 mm×400 mm×300 mm Power 100 W Power Supply 110~250 VAC, 50~60 Hz Product Features • The instrument's differential pressure is adjustable within the range of 0~5 kPa, with a precision of 0.001 kPa, fully meeting the test pressure requirements of different methods;• Supports multi-unit display (s/100mL and μm/(Pa·s));• The test range can be customized according to different sample requirements;• Excellent airtightness;• Arbitrary pressure adjustment, fully automatic operation, and automatic measurement and calculation of results;• Equipped with a color touch screen, no external computer required, enabling real-time observation of sample air permeability;• Built-in micro-printer for real-time printing of test reports;• The upper computer software is designed in accordance with the new GMP Appendix "Computerized Systems", supporting functions such as hierarchical permission management, audit trail, and electronic signature (optional).

GBH-2 multifunctional single-column electronic tensile tester for plastics, films, fibers, rubber sheets, composite materials, tapes, soft packaging materials, paper, non-woven fabrics, medicine package materials, syringes, bottlescovers, rubber plugs and other packaging materials are tested for mechanical properties to meet the needs of different users.

The Adhesive Tape Roller GX-Y2 is suitable for plastic film and cellophane decorative prints (including composite film prints) produced by gravure printing process. It is also used to test the adhesion state of the surface layer formed by vacuum coating, surface coating, compounding and other related processes.

GBK-1 Heat Shrinkage Tester is for testing the heating shrinkage of packaging films submerged in liquid in different temperatures.

  Product Introduction The LC-1S Tensile Tester Special Sample Cutter is used for cutting samples of various materials such as plastic films and paper before experiments like stretching, peeling, and heat sealing. This product features a compact structure, simple operation, and easy maintenance. The cut samples are smooth without burrs, avoiding measurement errors caused by poor sample cutting. Technical Parameters   Item Technical Parameters Sample Cutting Size 15mm×210mm (Width Optional) Number of Samples Cut 10 pieces (Single Layer) Sample Thickness ≤ 1 mm Product Dimensions 400mm×250mm×300mm Weight 12kg   Product Features Made entirely of high-quality steel, with a compact structure, easy to assemble and disassemble. Durable, labor-saving, simple to operate, and convenient to maintain. The cut samples have accurate dimensions, no damage, and smooth edges without burrs. Different sample cutting widths can be customized according to customer requirements.

Vacuum Coating Thickness Tester is applied to various vacuum aluminum film, aluminized paper, and other conductive coating materials to test the resistance value, evenness, thickness and so on.

The identification and quantitation of residual printing solvents in synthetic packaging materials are very important for the material packaging suppliers, the printers and the packaging users of food and pharmaceutical products.