Gas Tester Dealers

• Brand Name: Labthink
• Model Number: VAC-V1
• Place of Origin: USA, Massachusetts, MEDFORD.

Vac-v1 is applicable to the determination of gas permeability rate, solubility coefficient, diffusion coefficient and permeability coefficient at various temperature of plastic films, laminated films, sheeting, foils and finished packages, etc.

• Features: High precision temperature and auto sample clamp, The instrument comes with two test modes: proportional mode and standard mode
• Test Range: 0.01 ∼ 50,000 cm3/m2.24h·0.1MPa (standard volume)
• Resolution: 0.001 cm3/ m2•24h•0.1MPa
• Number of Specimens: 3 (with independent test results and chamber number can be customization)
• Vacuum Resolution: 0.01 Pa
• Vacuum Degree of Test Chamber: < 10 Pa
• Temperature: 10oC ∼ 55oC
• Accuracy: ±0.05oC
• Specimen Size: ϕ97 mm
• Test Area: 38.48 cm2
• Test Gas: O2, N2, and CO2 (outside of supply scope)
• Test Pressure: 10 KPa ∼ 210 KPa
• Gas Supply Pressure: 0.5 MPa ∼ 0.6 MPa
• Port Size: ϕ6 mm PU Tubing
• Instrument Dimension: 760 mm (L) x 575 mm (W) x 450 mm (H)
• Power Supply: AC 220V 50Hz
• Net Weight: 100 kg

Gas permeability tester vacuum testing theory, applicable to all kinds of food packaging materials, drug packaging materials, high barrier materials, sheet metal and other gases under various temperature conditions permeability, diffusivity, solubility coefficient, measured permeability coefficient.

• Type: Gas Permeability Tester
• Certification: ISI Certified, ISO 9001:2008 Certified
• Application: Industrial Use, Power Grade Use
• Color: White
• Feature: Easy To Use, Four Times Stronger, Superior Finish
• Condition: New
• Frequency: 45Hz
• Automatic Grade: Automatic
• Power Source: Battery, Electric
• Operating Current: Double Phase
• Warrenty: 1year
• Temperature Capacity: Medium Temperature
• Puncture Voltage: 440V
• Power: Electronic

We are offering gas tester the buchholz gas tester serves to measure the fault gas content of the buchholz relay. Measurement can be performed directly at the sampling site, e.g. In the transformer substation or in a testing laboratory. The buchholz gas tester allows quick fault analysis on site, hence facilitating the decision-making pro cess with regard to the elimination of faults.

We are offering co2 gas purity tester.wittemann specializes in the designing and manufacturing of co2 gas purity testers, which are designed by experts. The improvisation of many efficient features has made our co2 gas purity testers highly beneficial for various industrial applications renowned for : eliminating confusing cockshose connectionsawkward manipulationusual caustic spillagemaking gas testing simplecleaningproviding accuracy applications : industrial gas industrybrewing industrydistilling industrybeverage industry operating instructions : caution: caustic solution is used in the operation of this instrument. This solution may cause severe burns to the operator if not handled with care. Wear goggles and protective clothing while operating this instrument. preparation of caustic solution : a 20% solution of either potassium hydroxide or sodium hydroxide is recommended for air testing*. To make a 20% solution slowly add 100 grams of potassium or sodium hydroxide crystals to 500 cc's of distilled water and store in a sealed jar. The hydroxide solution may also be purchased from any laboratory or chemical supply company. *a weaker solution may be used, but the tests will take longer and fewer tests can be performed. how to operate : attach a hose from the co2gas supply that is to be tested to the nipple of the absorption burette. Use care when attaching the hose so as not to break the calibrated stem of the absorption burette. If using the 1/100th calibrated burette (10102) place your finger on top of the stem and push gently downward onto the support block to prevent the stem from breaking when attaching the hose. Make sure that the gas supply is regulated to below 10 psi before releasing gas into the purity tester.open both cocks (5005) and allow the gas to sweep through the absorption burette and caustic reservoir to completely displace air in the glassware. If preferred, the bulb may be first filled with water and the water displaced with the gas to be tested.after the sample has been taken, close the cock on the absorption burette first and then close the cock on the caustic reservoir.pour the caustic solution into the reservoir to the line indicated on the bulb (approximately 105 cc).open the cock on the caustic reservoir and allow the solution to flow down into the absorption burette. Absorption of the co2 gas now takes place until only air in the sample remains, the small bubble of which may be moved around by tilting the purity tester slightly, thereby insuring complete absorption of the gas.close the cock on the caustic reservoir and turn the instrument 90 degrees so that it rests on its other frame side. In this position, the unabsorbed gas enters the calibrated neck where the volume is directly indicated. The percentage purity of co2 gas is 99% plus 1/10 of 1% for each division as indicated by the level above the bottom graduation (using the standard absorption burette #10101). There are our other types of absorption burettes available which are listed below.after the test is completed, empty the caustic solution from the purity tester. Place the purity tester over a container and open both cocks to allow the caustic to drain out. Rinse out all traces of caustic with warm water and dry the glassware before returning the tester to its case. absorption burettes available part numbergraduated inscale101010.10%99 to 100%101020.01%99 to 100%101031.00%70 to 99%0.20%99 to 100%101041.00%50 to 100%101050.1095 to 100% click here for more information

As per ASTM F37

• Specifications: Film Test
• Test Range: 0.1
• Number of Specimens: 3
• Vacuum Resolution: 0.1 Pa
• Vacuum Degree Chamber: <20 Pa
• Test Temperature: 15°C
• Accuracy: ±0.1°C
• Specimen Size: Φ80 mm
• Test Area: 28.27 cm2
• Test Gas: O2, N2 and CO2 (outside of supply scope)
• Test Pressure: -0.1 MPa
• Gas Supply Pressure: 0.4 MPa
• Port Size: Φ6 mm PU Tubing
• Instrument Dimension: 670 mm (L) x 490 mm (W) x 350 mm (H)
• Power Supply: 220VAC 50Hz / 120VAC 60Hz
• Net Weight: 57 kg

• Material: Stainless steel
• Application: PET, Glass or Cans
• Type: Analog
• Pressure Gauge Material: Stainless Steel 304
• Thermometer: Digital Type with dual output Deg. Centigrade and Fahrenheit
• Maximum Height: 400mm
• Maximum Bottle diameter: 110mm
• Pressure Range: 0 - 7 kg/cm2 & 0 - 100 PSI

• Brand Name: TOYOSEIKI
• Voltage: 220 V
• Test Range Film: 0.001-52 g/m2 (Standard)
• Usage: Polymer films such as plastic films,etc
• Body Material: MS,Plastic
• Packaging Type: Box

• Material: SS 304 and SS 316
• Pressure: 0 -4.2 Kg/cm2 With 0 -60 Psi
• Surface Finishing: Polished
• Maximum Height: 400 mm
• Least Count: 1 PSI

• Material: SS 304
• Brand Name: V TECH
• Multi Purpose can be used for: PET, Glass or Cans
• Thermometer: Digital type with dual output Deg, Centigrade and Fahrenheit
• Maximum Height: 400 mm
• Maximum Bottle diameter: 110 mm
• Pressure Range: 0-7 Kg/ cm2

• Type: Gas Tester
• Application: Control Panels, Industrial Use, Power Grade Use
• Color: Green, Light Green, Multicolor, Sky Blue
• Condition: New, Used
• Frequency: 45Hz, 66Hz
• Automatic Grade: Automatic, Fully Automatic, Semi Automatic
• Power Source: Battery, Electric
• Feature: Easy To Use, Electrical Porcelain, Four Times Stronger
• Operating Current: Double Phase, Single Phase, Triple Phase
• Warrenty: 1year, 2years
• Temperature Capacity: High Temperature, Low Temperature, Medium Temperature
• Puncture Voltage: 11000V, 220V, 25000V, 33000V, 5000V, 580V

NAUGRALABS LABORATORY PRODUCT NAME: GAS PERMEABILITY TESTER FOR TESTING LAB NaugraLabs Laboratory Product Code: NLE-Export-380015 Description and Specification for Lab Tenders Gas Permeability Tester For Testing Lab Workshop. Gas Permeability Tester - For Testing Lab Permeability of rubber sheets to gases is defined as the rate of volume flow of gas under steady state conditions between opposite faces of a unit cube of solid rubber, when subjected to unit pressure difference under a controlled temperature. The measurement of this characteristic is of important in the evaluation of compounds for products such as inner tubes, tubeless tyre liners, hoses, balloons or other gas containers, seals and diaphragms etc. The  Gas Permeability Tester for rubber consists of a test cell with arrangement for maintaining a constant elevated temperature and a horizontal glass capillary system for measuring the volume of gas permeated. The test cell consists of metal blocks having independent arrangements for heating with the help of cartridge type heaters. The temperature of each ck is indicated and controlled individually with the help of individual digital temperature indicators cum coblontrollers. Both the blocks are properly insulated to avoid heat losses.

• Model: SSI 518 HAGD (Halogen Acid Gas Emission Tester with Digital Flow Indicator)
• Furance: Tubular Furnace 50 mm Dia
• Temperature Range: Ambient to 1000oC, LC 1oC
• Temperature Control: Using PID Digital Temperature Controller with RAMP facility
• Combustion Tube / Boat: Made of Quartz, capable of withstanding temperatures up to 1200oC
• Air Flow: Controlled Air Flow using needle valve
• Air Flow indicator: Digital using air flow sensor, LC 0.01 LPM
• Glass Ware: Air Drying Bottles, Air Collection Bottles with bottle stand and magnetic Stirrer
• Delivery: 4 to 6 weeks from Order
• Packing: In three wooden boxes

Gas Permeability Tester - Permeability of rubber sheets to gases is defined as the rate of volume flow of gas under steady state conditions between opposite faces of a unit cube of solid rubber, when subjected to unit pressure difference under a controlled temperature. The measurement of this characteristic is of important in the evaluation of compounds for products such as inner tubes, tubeless tyre liners, hoses, balloons or other gas containers, seals and diaphragms etc. The& Gas Permeability Tester for rubber consists of a test cell with arrangement for maintaining a constant elevated temperature and a horizontal glass capillary system for measuring the volume of gas permeated. The test cell consists of metal blocks having independent arrangements for heating with the help of cartridge type heaters. The temperature of each ck is indicated and controlled individually with the help of individual digital temperature indicators cum coblontrollers. Both the blocks are properly insulated to avoid heat losses..