Tamson in the UAE & Gulf.
Chemparts Middle East is the authorized regional distributor of Tamson — temperature baths and viscosity instruments. We supply, install, calibrate and service Tamson equipment across the UAE (Dubai, Abu Dhabi, Sharjah), Qatar and the wider Gulf, with genuine spares and full manufacturer warranty.
69 Tamson products in stock.
Instruments, spares and consumables from Tamson, held in the region. Pricing and lead-time on request.
ASTM 6594
The ASTM D6594 test method covers testing diesel engine lubricants to determine their tendency to corrode various metals, specifically alloys of lead and copper commonly used in cam followers and bearings. Four metal specimens of copper, lead, tin, and phosphor bronze are immersed in a measured amount of engine oil. The oil, at an elevated temperature, blown with air for a period of time. When the test is completed, the copper specimen and the stressed oil are examined to detect corrosion and corrosion products, respectively. A reference oil is tested with each group of tests to verify test ac
ASTM D1122 density apparatus
The Tamson ASTM D1298 apparatus is available in the following voltages/frequencies:
ASTM D1298 density apparatus
The Tamson ASTM D1298 density apparatus is an apparatus to determine the density of petroleum products by hydrometer. The apparatus consists of the Tamson TLC15-5 cooling circulator and a rack with jacketed cylinders to keep the samples at the desired temperatures. The apparatus has three positions and can optionally be extended to a six position apparatus.
ASTM D1384 Apparatus
The Tamson ASTM D1384 bath is a bath with all the accessories to perform tests according to ASTM D1384, which is a corrosion test for engine coolants in glassware. The apparatus can also be used to perform tests in accordance with ASTM D7935, ASTM D8040, ASTM D8485 and SH/T0085, which is a corrosion test for heat transfer fluids or for EV coolants in glassware. The robust ASTM D1384 apparatus offers six positions and is delivered with six sets of glassware. Also, six flowmeters are included in our apparatus. The glassware used in the ASTM D1384 apparatus is very robust and uses a clamp to ensu
ASTM D1429 density apparatus
The Tamson ASTM D1298 apparatus is available in the following voltages/frequencies:
ASTM D1837 precooling equipment
Precooling equipment as described per ASTM-D1837 figure2. Containing 2 stainless steel valves. The cooling coil construction ensures safe operation and prevents touching of cold areas. It provides proper closing of the bath and insulate for proper use.
ASTM D1838 Copper Strip Corrosion Test Cylinder
Stainless steel cilinder to be used for LPG sample taking and perform corrosion tests. The inside of the cylider has a hook to position a cupper strip for testing. Two valves are mounted on each ends.
ASTM D2158 precooling equipment
Precooling equipment as described per ASTM-D2158. A copper tube is formed into a cooling coil. A sample valve is attached to flow petroleum gas through the coil and a 3mm needle valve is opened as the outlet of the gas. The coil and the two valves are fixed onto the top plate of the construction. The rugged construction ensures safe opeation of both valves whilst the construction can be easily taken out of the bath for maintenance an cleaning.
ASTM D287 density apparatus
The Tamson ASTM D1298 apparatus is available in the following voltages/frequencies:
ASTM D3142 density apparatus
The Tamson ASTM D3142 apparatus is available in the following voltages/frequencies:
ASTM D3231 Constant temperature bath
The Tamson ASTM D3231 constant temperature bath can be used to heat samples for Phosphorus in Gasoline tests. The bath can hold eight volumetric flasks submerged to the mark. The temperature needed for the test method is between 82.2°C and 87.8°C. The robust Tamson ASTM D3231 constant temperature bath is capable to heat the samples to this temperature exactly as presribed in ASTM D3231 and IP 454.
ASTM D4807 apparatus
The Tamson ASTM D4807 apparatus is designed for sediment determinations by membrane filtrations in crude oil. Tamson supplies a complete apparatus for this test method, including the robust TC16 circulator bath, jacketed funnel, filtered flask, vacuum pump and stand. The TC16 is equipped with a levelling platform and a cover with rings to preheat the toluene in a beaker at +90°C. The Tamson ASTM D4807 apparatus is equipped with a jacketed funnel, which is much safer to use than wired copper around a single wall funnel.
ASTM D5853 Pour Point of Crude Oils Bath
The test method covers the determination of the pour point temperatures of crude oil down to -36°C. This bath is needed for this test method to preheat the sample. Tamson also supplies a single adjustable pour point bath. Please see the separate D97 and D2500 specification sheet. The cover of the bath has six openings, each with a lid and hook for suspending a copper corrosion test vessel (P/N 14T0100). Or the openings can accommodate test tubes in holders (P/N 14T0102). The temperature range is from ambient +5°C to 250°C.
ASTM D6822 density apparatus
The Tamson ASTM D6822 apparatus is available in the following voltages/frequencies:
ASTM D6922 bath
The TLC80-14 ASTM D6922 bath is an apparatus for the determination of homogeneity and miscibility in automotive engine oils. For this test method it is necessary to use both a TC16 high temperature bath and a low temperature cloud and pour point bath. Tamson can supply both apparatus. The TLC40-14 and TLC80-14 ASTM D6922 offer position for seven jackets, as is prescribed in the test method.
ASTM D7935 Apparatus
The Tamson ASTM D1384 apparatus is available in the following voltages/frequencies:
ASTM D8040 Apparatus
The Tamson ASTM D8040 apparatus is available in the following voltages/frequencies:
ASTM D8485 Apparatus
The ASTM D8485 is used for passenger car and light-duty coolant validation. It's a pre-qualification of coolant chemistry and to check many OEM and coolant specification requirements
ASTM D849 Apparatus
The Tamson ASTM D849 apparatus is a complete apparatus for ASTM D849 tests. The test method covers the detection of the corrosiveness to copper from aromatic hydrocarbons. The apparatus consists of a robust six position TC40 circulator bath and it is standard delivered with six sets of glassware (250 mL flask and condenser). The cover of the bath has six openings, each with a lid and stand-rods with clamps to hold the glassware in the same position. The temperature range is from ambient +5°C to 250°C. All accessories for this test method are supplied by Tamson.
ASTM D891 density apparatus
The Tamson ASTM D1298 apparatus is available in the following voltages/frequencies:
Automated TFBT conforming to ASTM D2068 & IP387
The Tamson Filter Blocking Tendency-tester (TFBT) is an automated instrument designed to test the Filter Blocking Tendency (FBT) of distillate fuels including diesel, biodiesel (B100 & B5/7/20/30), gas oil, gas turbine fuel, and kerosene. It conforms to ASTM D2068 and IP 387. Cold flow issues with diesel containing FAME (biodiesel) and FAME material has resulted in the development of the new EI Industry test (IP PM EA) method standard to check quality of FAME and diesels to avoid major fuel operability problems. The TFBT is equipped with a touch screen that guides the user through the test pro
CEC L-109-14 apparatus
The Tamson CEC L-109-14 bath is a bath with all the accessories to perform tests according to CEC L-109-14, which is the oxidation test for engine oils operating in the presence of biodiesel fuels. The robust CEC L-109-14 apparatus is equipped with six positions. The maintenance free apparatus comes with six flowmeters and six sets of glassware.
CEC L-48-00 (B) apparatus
The Tamson CEC L-48-00 (B) bath is a bath with all the accessories to perform tests according to CEC L-48-00 (B), which is the oxidation stability test for lubricating oils used in automotive transmissions by artificial ageing. The robust CEC L-48-00 (B) apparatus is equipped with six positions. The maintenance free apparatus comes with six flowmeters and six sets of glassware.
Centrifuge for petrol and mineral oils
The centrifuge is specially designed for water and sediment determination, as well as characterization of used oils and petrol features as demulsibility and precipitation. A choice of accessories for spin cylinder/conical tubes of 6 and 8 inches, pear/shaped of 6 inches as well as finger tubes of 12.5 ml.
Copper Corrosion Bath
The test method covers the detection of the corrosiveness to copper of aviation gasoline, aviation turbine fuel, automotive gasoline, natural gasoline or other hydrocarbons having a Reid Vapour Pressure no greater than 18 psi. The cover of the bath has six openings, each with a lid and hook for suspending a copper corrosion test vessel (P/N 14T0100). Or the openings can accommodate test tubes in holders (P/N 14T0102). The temperature range is from ambient +5°C to 250°C.
D2440 SIX POS APPARATUS COMPLETE 230V
The Tamson ASTM D2440 apparatus can also be used for tests in accordance with IP280, IP306 and IP307. Please contact Tamson for more information.
Filtration kit
Filtration kit for ASTM D7501. Included are: 0.7 micron Filters, Glass Filter Funnel and Clamp, Filter Forceps, 1 litre Safety Flask, 1 litre Receiving Flask, 500ml graduated Cylinder, Petri Dish (10 pieces), Watch Glass ( 10 pieces), Glass piece with Earth Lead, Stopper with hole ( 2 pieces), Stopwatch, and Tubing.The displayed tripod with clamps and vacuum pump are not included and need to be bought separately.
IP 440 Filtration kit
The Tamson Filtration kit for IP 440 and EN 12662 (P/N 31T1999) consists of 0.7 micron filters (100 pcs), glass filter funnel and clamp, filter forceps, one litre safety flask, one litre receiving flask, one litre beaker, watch glasses (ten pieces), glass piece with earth lead, stopper with hole (two pieces) and tubing. The filtration kit can be supplied with a tripod with clamps to ensure that the filtration kit is not falling over. This greatly improves the safety when operating the filtration kit.
Sediment tester
The sediment tester is a closed system where the waste is collected outside the unit. The pump and steam generator are conform to CE regulations.
Silver Corrosion Bath
This test method specifies the determination of the corrosive tendencies towards silver of aviation turbine fuel, automotive spark-ignition engine oils or automotive gasoline. The result is classified as an integer in the range 0 to 4. The bath offers place for six test positions. The temperature range is from ambient +5°C to 250°C. Optional is a cover with nine holes to test nine samples (P/N 03T2313).
Tamson ASTM D1881 Foaming Bath (Single)
The Tamson ASTM D1881 Foaming Bath is available in the following voltages/frequencies:
Tamson ASTM D6082 High Temperature Foaming Bath
The Tamson high temperature foaming bath can be used to test the foaming characteristics of lubrication oils conform ASTM D6082 and IP 453. The apparatus comes with a bath that can be operated at 150°C as required by the test method. A rack with two flowmeters is standard supplied. The bath has four openings for foaming cylinders. The rack can be used to hold up to four foaming cylinders. Also, the stoppers and optional dryer can be mounted on this rack. The foaming bath has a cylindrical glass jar with a drain and is equipped with a metal case with removable windows to guarantee safe operatio
Tamson ASTM D7840 Foaming Bath (Single)
The Tamson ASTM D892 Foaming Bath is available in the following voltages/frequencies:
Tamson ASTM D892 Foaming Bath (Dual)
The Tamson dual foaming bath can be used to test the foaming characteristics of lubrication oils conform ASTM D892. The apparatus comes with two baths that can interchangebly be operated at 24°C and 93.5°C. A rack with flowmeters is supplied. The bath has four openings for foaming cylinders. The rack can be used to hold up to four foaming cylinders, for example between sequence II and III of the test method. Also, the stoppers and optional dryer can be mounted on this rack. The baths are equipped with a metal case for safe operation. Furthermore, the bath offers an excellent temperature stabil
Tamson ASTM D892 Foaming Bath (Single)
The Tamson foaming bath can be used to test the foaming characteristics of lubrication oils conform ASTM D892. The apparatus comes with two baths that can interchangebly be operated at 24°C and 93.5°C. A rack with two flowmeters is supplied. The bath has four openings for foaming cylinders. The rack can be used to hold up to four foaming cylinders, for example between sequence II and III of the test method. Also, the stoppers and optional dryer can be mounted on this rack. The baths are equipped with a metal case for safe operation. Furthermore, the bath offers an excellent temperature stabili
TB30 ASTM D1838 Copper Corrosion of LPG
The Tamson TB30 ASTM D1838 is a bath designed for copper corrosion tests of LPG. The TB30 conforms to ASTM D1838, EN/ISO 6251, IP411, BS2000 Part 411, BS6924, NF M41-007. The robust TB30 is designed to hold up to four LPG cylinders for copper corrosion tests. The compact TB30 can operate at 37.8°C without the use of counter-cooling. The cover in the TB30 has openings, so that the user can visually check the LPG cylinder when it is in the bath.The TB30 can be supplied with all accessories needed for corrosion tests.
TC16 used for ASTM-D1796
The TC16 ASTM D1796 bath is designed to preheat the centrifuge cones as required when follwing the determination for water and sediment in fuel oils (ASTM D1796) or crude oils (ASTM D4007) by the centrifuge method. The robust TC16 is according to the requirements of the ASTM D1796 test method where a water bath is prescribed to preheat the cone-shaped centrifuge tubes. With the levelling platform and special designed rack, nine 8" cone shaped centrifuge tubes can be immersed up to the 100 mL mark, as prescribed in the ASTM methods.
TC16 used for ASTM-D4870
The TC16 ASTM D4870 ageing bath offers six positions for ageing of the sample for the total sediment test. The bath can be delivered complete will all accessories to age the sample conform the test method. The temperature can be set from ambient +5°C to 250°C. The wetted parts in the TC16 are made from stainless steel. The TC16 is used for precise temperature control and offers high reliability for use under rough circumstances. The insulation of the bath and electronic design result in a stable working temperature of ± 0.02°C. The set point temperature can be set in steps of 0.1°C in the rang
TC16 used for ASTM-D565 and ASTM-D612
The Tamson TC16 is an excellent solution for heating the samples conform ASTM D565 and ASTM D612. Tamson can supply the TC16 with the prescribed glassware and eight positions for heating of the sample. Optionally, we can also deliver the colour comparator that is required in the test method. The temperature can be set from ambient +5°C to 250°C. The wetted parts in the TC16 are made from stainless steel. The TC16 is used for precise temperature control and offers high reliability for use under rough circumstances. The insulation of the bath and electronic design result in a stable working temp
TC16 used for ASTM-D612
The Tamson TC16 is an excellent solution for heating the samples conform ASTM D565 and ASTM D612. Tamson can supply the TC16 with the prescribed glassware and eight positions for heating of the sample. Optionally, we can also deliver the colour comparator that is required in the test method. The temperature can be set from ambient +5°C to 250°C. The wetted parts in the TC16 are made from stainless steel. The TC16 is used for precise temperature control and offers high reliability for use under rough circumstances. The insulation of the bath and electronic design result in a stable working temp
TC16 used for ASTM-D6468
The TC16 ASTM D6468 bath is designed to age middle distillate fuels under high temperature for ASTM D6468 tests. The test method covers relative stability of middle distillate fuels under high temperature aging conditions with limited air exposure. The TC16 can offer six (optionally nine) positions to insert holders with test tubes for this test method. The TC16 is very robust and can easily withstand the high test temperature of +150°C. Tamson is also able to supply the other accessories needed for tests according to ASTM D6468.
TC16 used for ASTM-D70
The TC16 ASTM D70 is designed for specific gravity and density by pycnometer tests. The bath is suitable for tests conform ASTM D70, IP 190 and ISO 3838. The brackets inside the TC16 can offer maximum nine positions for either Hubbard or Gay-Lussac pycnometers. The brackets and ridge keep the pycnometers in place during the test. The TC16 is equipped with a cooling coil to allow the use of counter-cooling. This cooling coil can be connectd to a TLC15-5 circulator when working at +15°C or +25°C.
TC40 ASTM D4870 ageing bath
The TC40 ASTM D4870 ageing bath offers six positions for ageing of the sample for the total sediment test. The bath can be delivered complete will all accessories to age the sample conform the test method. The TC40 is used for precise temperature control and offers high reliability for use under rough circumstances. The insulation of the bath and electronic design result in a stable working temperature of ± 0.02°C. The set point temperature can be set in steps of 0.1°C in the range of 0°C up to 250°C (32°F..482°F). The accuracy on the display is displayed in 0.1°C. However the controller has a
TC40 ASTM D6468 bath
The TC40 ASTM D6468 bath is designed to age middle distillate fuels under high temperature for ASTM D6468 tests. The test method covers relative stability of middle distillate fuels under high temperature aging conditions with limited air exposure. The TC40 can offer 18 positions to insert holders with test tubes for this test method. The TC40 is very robust and can easily withstand the high test temperature of +150°C. Tamson is also able to supply the other accessories needed for tests according to ASTM D6468.
TC40 Copper Corrosion Bath
The TC40 copper corrosion bath offers 18 positions for copper corrosion tests. The bath is an excellent solution for users that run a lot of copper corrosion tests or test the copper corrosion over a long period of time. Tamson can deliver all necessary accessories for copper corrosion tests according to ASTM D130. The TC40 is maintenance-free and very robust. The TC40 is used for precise temperature control and offers high reliability for use under rough circumstances. The insulation of the bath and electronic design result in a stable working temperature of ± 0.02°C. The set point temperatur
TC40 Silver Corrosion Bath
This test method specifies the determination of the corrosive tendencies towards silver of aviation turbine fuel, automotive spark-ignition engine oils or automotive gasoline. The result is classified as an integer in the range 0 to 4. The bath offers place for 18 test positions. The temperature range is from ambient +5°C to 250°C. The bath can also be used for copper corrosion tests, please see our specification sheet for ASTM D130 and related methods.
TC40 THERMOSTATIC BATH 230V/50-60Hz
The TC40 copper corrosion bath offers 63 positions for the glass test tube for copper corrosion tests. The bath is an excellent solution for users that run a lot of copper corrosion tests or test the copper corrosion over a long period of time. Tamson can deliver all necessary accessories for copper corrosion tests according to ASTM D130. The TC40 is maintenance-free and very robust. The TC40 is used for precise temperature control and offers high reliability for use under rough circumstances. The insulation of the bath and electronic design result in a stable working temperature of ± 0.02°C.
TCC-B D1837 bath
The sample is refrigerated by means of a cooling coil and collect 100 mL of liquid in a weathering tube, The sample allowed to evaporate ( “weather") at ambient pressure under specified conditions. When 5 mL of liquid test portion remains, the observed temperature is corrected for barometric pressure and thermometer ice point error, and reported as 95 % evaporation temperature.
TCC-B D2158 bath
This method evaluates the cleanliness and quality of LPG by measuring substances that do not readily vaporize. A LPG sample is condensated by refrigeration and evaporated under controlled conditions. The sample is refrigerated by means of a cooling coil to collect 100 mL of liquid in a weathering tube. The sample is than allowed to evaporate ( “weather") at ambient pressure under specified conditions. The remaining residu is observed.
TCC-B D97 D2500 bath
The TCC-B D97 D2500 is a bath for manual cloud and pour point tests conform ASTM D97 and ASTM D2500. The TCC-B can be equipped with a cover that offers position for four jackets. The bath can be delivered with all accessories needed for manual cloud and pour point tests. The TCC-B is a single adjustable bath and therefore a very budget-friendly solution to test the cloud and pour point down to -85°C.
TLB50 ASTM D7501 cold soak bath
The Tamson TLB50 ASTM D7501 cold soak bath is a bath to soak the samples according to ASTM D7501, IP PM EA, CEN N 403 and CGSB 3.0 No. 142.. The bath is equipped with integrated cooling and has a very large capacity to cold soak samples at temperatures ranging from -5°C up to +80°C. The benchtop bath with integrated cooling can replace the combination of a water bath with an external cooling circulator. This not only saves bench space, but also costs because of its high cooling efficiency. The TLB50 can be connected to a PC using the RS232 connection. The PC can control the setpoint temperatur
TLC40-14 D97 D2500 bath
The TLC40-14 D97 D2500 is a bath for manual cloud and pour point tests conform ASTM D97 and ASTM D2500. The TLC40-14 can be equipped with a cover that offers position for six jackets. The bath can be delivered with all accessories needed for manual cloud and pour point tests. The TLC40-14 is a single adjustable bath and therefore a very budget-friendly solution to test the cloud and pour point down to -40 C.
TT3B digital contact thermometer
TT3B Digital Contact Thermometer (DCT). Temperature range from -40 C .. +140 C. The thermometer is equipped with an external PT100. The thermometer has a three decimal readout and an accuracy of 0.02 C. The thermometer is delivered with works certificate and protective suitcase.
TV12LT -42C to +20C low temperature visibility bath
The Tamson TV12LT is a low temperature visibility bath with integrated cooling. The TV12LT has an ultra-high stability and is an ideal solution to test the viscosity at sub-ambient temperatures. Due to the integrated LED light, the visibility in the bath is excellent, which is very important when performing viscosity determinations. The bath offers four positions to test kinematic viscosity. The bath is an excellent solution for testing the kinematic viscosity of aviation fuel at -20 C and -40 C.
TV12LT -42C to +80C low temperature visibility bath
The Tamson TV12LT is a low temperature visibility bath with integrated cooling. The TV12LT has an ultra-high stability and is an ideal solution to test the viscosity at sub-ambient temperatures. Due to the integrated LED light, the visibility in the bath is excellent, which is very important when performing viscosity determinations. The bath offers four positions to test kinematic viscosity. The bath is an excellent solution for testing the kinematic viscosity of aviation fuel at -20 C and -40 C.
TV12LT Ultra Low Temperature Visability Bath -80..+20C
The TV12LT-80 is a low temperature visability bath with a bath volume of 12 Litres. The bath opening measures 208x54 mm, has a depth of 330 mm and offers space for 3 viscometer holders. The TV12LT-80 is equipped with a variable speed stirrer. This enables very stable temperature control at the very low temperatures. The cooling system enables rapid cooldown to low temperatures and -80°C is reached in about 100 minutes.
TV2000 ASTM D1217 Density by Bingham pycnometer
The Tamson TV2000 is designed for ultra-precise temperature control. The TV2000 is able to achieve a temperature stability of 0.01°C. The TV2000 is maintenance free and designed to run with minimal operational costs. The TV2000 can be operated from ambient +5 up to +230°C (..446°F).
TV2000 ASTM D1480 Density by Bingham pycnometer
The Tamson TV2000 is designed for ultra-precise temperature control. The TV2000 is able to achieve a temperature stability of 0.01°C. The TV2000 is maintenance free and designed to run with minimal operational costs. The TV2000 can be operated from ambient +5 up to +230°C (..446°F).
TV2000 ASTM D2170 viscosity bath
The Tamson TV2000 can be used for viscosity determinations at these temperatures. The TV2000 offers three positions for Cannon Fenske Opaque, Zeitfuchs Cross Arm or BS/IP/RF viscometers. The bath is completely conform ASTM D2170 and EN/ISO 12595.
TV2000 visibility bath
The Tamson TV2000 visibility bath is specially designed for tests that require ultra-precise temperature control and need to be followed visually, e.g. determination of kinematic viscosity (conforms to ASTM D445, IP 71), thermometer and sensor calibration, density and reaction rate measurement, etc. The TV2000 is a very robust bath. All wetted parts are made from stainless steel. The bath is equipped with large double windows that provide excellent visibility. The bath offers three positions for kinematic viscosity determinations.
TV4000 ASTM D2170 viscosity bath
The Tamson TV4000 is designed for precise temperature control. The TV4000 is able to achieve a temperature stability of 0.01°C and can be operated from ambient +5 up to +230°C (..446°F). With the use of the built-in cooling coil, sub ambient temperatures down to +5°C can be achieved.
TV4000 ASTM D2171 viscosity bath
The Tamson ASTM D2171 apparatus is an excellent solution to test the viscosity of bitumen by vacuum capillary viscometer. The TV4000 can be used together with the Tamson Vacuum System (TVS) and Tamson Vacuum Manifold (TVM) to do viscosity determinations at +60°C according to ASTM D2171, IP 222, EN/ISO 12596 and AASHTOT 202. The apparatus offers four positions for Cannon Manning Vacuum Viscometers (CMVV), Asphalt Institute Vacuum Viscometers (AIVV) and Modified Koppers Vacuum Viscometers (MKVV). The TV4000 is very robust and designed to operate maintenance free.
TV4000 visibility bath
The Tamson TV4000 visibility bath is specially designed for tests that require ultra-precise temperature control and need to be followed visually, e.g. determination of kinematic viscosity (conforms to ASTM D445, IP 71), thermometer and sensor calibration, density and reaction rate measurement, etc. The TV4000 is a very robust bath. All wetted parts are from stainless steel. The bath is equipped with large double windows that provide excellent visibility. The bath offers seven positions for kinematic viscosity determinations.
TV4000AKV EASY
English:The Tamson TV4000AKV EASY determines kinematic viscosity automated which complies with test methods ASTM D445, IP 71 and ISO 3104 using an Ubbelohde viscometer. The viscosity of Newtonian fluids can be most precisely determined using glass capillary viscometers. The modular TV4000AKV EASY is a measuring system that includes anything you need to take precise and reproducible measurements. The apparatus consists of a TV4000MKII viscosity bath, the measuring head, the AKV EASY and a tower (consisting of a frame, tubing, printer, fluid trap, power supply and spill tray). The TV4000AKV EASY
TV4000DC visibility bath
The Tamson TV4000DC visibility bath is specially designed for tests that require a extremely precise temperature control and need to be followed visually, e.g. determination of kinematic viscosity (conforms to ASTM D445, IP 71), thermometer and sensor calibration, density and reaction rate measurement, etc. The TV4000DC is capable to control the temperature within 0.002 C @ 40 C. The TV4000DC is a very robust bath. All wetted parts are from stainless steel. The bath is equipped with large double windows that provide excellent visibility. The bath offers seven positions for kinematic viscosity
TV7000DC visibility bath
The Tamson TV7000DC visibility bath is specially designed for tests that require ultra-precise temperature control and need to be followed visually. The TV7000DC offers a large bath volume of 70 Liters and has a bath depth of 63 cm. This makes the bath very suitable for tests that require a very precise temperature control in a large bath volume. An example is the basic calibration of master viscometers and viscosity oil standards according to ASTM D2162. The TV7000DC is capable to offer enough space for the Master Ubbelohde and Master Cannon Fenske viscometers. The TV7000DC is a very robust b
TV7000LT low temperature visibility bath
The Tamson TV7000LT is a low temperature visibility bath with integrated cooling. The TV7000LT has an ultra-high stability and is an ideal solution to test the viscosity or to calibrate sensors or thermometers at sub-ambient temperatures. The bath offers seven positions to test kinematic viscosity. The TV7000LT offers very precise temperature control. The integrated cooling is capable to cool the bath to a bath temperature of -40°C within four hours.
TVS Vacuum Pump 300.0mmHg One Decimal
The Tamson Vacuum System (TVS) is a digital vacuum controller designed to offer a precise preselected negative pressure, i.e. - 300 mm Hg for ASTM D2171. This makes the TVS in combination with the Tamson Manifold and TV4000 a very suitable option when testing the viscosity of bitumen by vacuum capillary viscometer according to ASTM D2171, IP 222, EN 12596 and AASHTOT 202. The TVS offers a range from 20 .. 320 mm Hg [30 .. 430 mBar]. The pump keeps the vacuum within 0.5 mm Hg of its set point.
Upgrade kit AKV EASY
The Tamson AKV EASY determines automated kinematic viscosity which complies with test methods ASTM D445, IP 71 and ISO 3104 using an Ubbelohde viscometer. The viscosity of Newtonian fluids can be most precisely determined using glass capillary viscometers. The upgrade kit can be used together with Tamson viscosity baths (TV4000MKII, TV4000DC, TV2000MKII and OEM baths) that are currently used in the field, or bought as a new bath, for manual viscosity determinations. With the upgrade kit, the user can upgrade from manual determinations to automated kinematic viscosity. The modular AKV EASY is a