Plastic Film Digital Thickness Tester

Automatic High Precision Digital Thickness Meter is a high precise thickness meter integrating optics, mechanology , electronics and algorithm. Easy to operate. Test results are displayed digitally. And can connect to computer for automatic control.

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 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.

GBPI offers mask testing machines for surgical face masks, N95 masks, Melt-blown fabric. BFE Tester, PFE Tester, N95 Tester, Melt-blown fabric Tester

  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.

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.  

Product introduction:        DSC is the company's highest precision differential. The sensor is made of imported e-couple with high sensitivity.Signal acquisition circuit shielding protection, strong anti-interference, high baseline stability. The DSC is a touch screen type, which can be used for glass transition temperature test, phase transition test, melting and enthalpy test, product stability and oxidation induction period test.Wide range of application   Technical parameters: 1. Temperature range:Room temperature ~550 ℃ air cooling 2. Temperature resolution: 0.01℃ 3. Temperature fluctuation:±0.1℃ 4. Temperature repeatability:±0.1℃ 5. Heating rate: 0.1～100℃/min 6. Constant temperature time: program setting ≤ 24h 7. Temperature control mode: heating, constant temperature, 8. DSC range: 0～±600mW 9. DSC resolution: 0.01uW 10. DSC accuracy: 0.001mW 11. Working power supply: Ac220vv50 Hz or customized 12. Atmosphere control gas: nitrogen, oxygen (instrument automatic switch) 13. Gas flow: 0-300mllmin 14. Gas pressure: 0.2MPa 15. Display mode: 24 bit color, 7 inch LCD touch screen display 16. Data interface: standard USB interface 17. Parameter standard: With reference materials (indium, tin), users can adjust the temperature by themselves 18. The upper computer is a three in one operation software, which is also suitable for thermogravimetry and synchronous instruments. 19. The instrument has several groups of thermocouples, one for sample temperature, one for furnace body temperature and one for internal environment temperature Technical features: 1. Industrial level 7-inch touch screen, display information rich. 2. New metal furnace structure, better baseline and higher precision.Indirect conduction mode is adopted in heating, which has high uniformity and stability, and reduces pulse radiation, which is better than traditional heating mode. 3. USB communication interface, strong versatility, reliable communication, support self recovery connection function. 4. Automatic switching of two-way atmosphere flow, fast switching speed and short stable time.At the same time, a protective gas input is added. 5. The software is simple and easy to operate.

Film Heat Shrinkage Tester tests various heat shrinkage propertiesforthe filmaccording to the principle of air heating (air bath).Suitable for heat shrinkable films which produced with polyethylene, ethylene copolymers and their mixtures, such as beverage labels, bottled bundle packaging, sausage shrinkage packaging, outer film of daily chemical products, outer film of cigarette boxes, etc. It is a device that can accurately and quantitatively measure the thermal shrinkage force, cold shrinkage force, shrinkage rate, shrinkage time and other properties of plastic films during thermal shrinkage.

The GBL-L2 popular single-column electronic tensile tester is suitable for tensile, peeling, heat-sealing, tearing and other mechanical performance tests of various metal and non-metal materials. It meets the requirements of the national technical supervision department for test technology. It is widely used in plastic film, food, and pharmaceutical manufacturers to test products quality control and testing institutions, scientific research and teaching experiments in university.

  product description This product is based on the principle of water vapor transmission test by cup method and designed and manufactured with reference to ASTM E96, standard, providing a wide range and high efficiency water vapor transmission rate test for low, medium and high water vapor barrier materials.It is suitable for water vapor transmission performance testing of films, sheets, papers, fabrics, nonwovens and related materials in the fields of food, pharmaceuticals, medical devices, daily chemicals, 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.