The ERAVISC is a compact and rugged kinematic viscometer with a built-in density module useful across a variety of industries ranging from oil and gas, chemical engineering, and even food and beverage. The revolutionary viscosity cell paired with a hastelloy X-oscillating density meter allows for simulataneous viscosity and density measurements with unparalleled precision.

The automatic kinematic viscometer is housed in corrosion-resistant aluminum with a top sample injection site for both the viscosity and density measurements. The ERAVISC X is capable of performing standard measurements at both 40C and 100C as well as viscosity index (VI) measurements. With the ability to create methods tailored to your lab at any temperature up to 100C, the unit is extremely versatile for your labs needs.

This device is fully compliant with ASTM D445 and D7042 standardized viscosity determinations alongside D4052 and ISO12185 density methiods making it the ideal solution for determining flow characteristics in both laboratory and mobile settings.

Applications of the ERAVISC X Include:
Accurate flow characteristic measurements
Quality control for production in a quick test
Research and development in various industries requiring precise data

Key Measuring Parameters:
Viscosity Range: Viscosity: 1 – 1000 mm2/s
Density Range: 0 – 3 g/cm³ with accuracy of 0.00005 g/cm³
Temperature Range: Viscosity: 15 °C to 100 °C (59 °F to 212 °F) | Density: 0 °C to 100 °C (32 °F to 212 °F)

The ERAVISC X comes with a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon agreement to the manufacturer’s terms.
For more information or to request a quote, please click here.
For other related devices see the ERADENS X and ERACOUNT.

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The following designs of glass capillary viscometers are available for your viscosity measuring needs:

Ubbelohde Viscometer: For transparent Newtonian liquids in accordance with ASTM D445, ASTMD446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 11 mL in a liquid bathof 241 mm. Available in 16 models, for varying viscosity ranges. Also available in uncalibrated model,upon request.

Cannon-Fenske Routine Viscometer: For transparent Newtonian liquids in accordance with ASTM D445, ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 7 mL in a liquid bath of 203 mm. Available in 13 models, for varying viscosity ranges. These glass capillary viscometers are also available in uncalibrated model, upon request.

Cannon-Fenske Opaque Viscometer: For opaque Newtonian liquids in accordance with ASTM D445,ASTM D446, ASTM D2170, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of12 mL in a liquid bath of 229 mm. Available in 14 models, for varying viscosity ranges. Also available inuncalibrated model, upon request.

BS/IP/MSL Miniature Suspended Level: For transparent Newtonian liquids in accordance with ASTMD445, ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 4 mL in aliquid bath of 305 mm. Available in 7 models, for varying viscosity ranges.

BS/IP/SL Suspended Level: For transparent Newtonian liquids in accordance with ASTM D445, ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 11 mL in a liquid bath of 250 mm. These glass capillary viscometers are available in 9 models, for varying viscosity ranges.

BS/U/M Miniature U-tube: For transparent Newtonian liquids in accordance with ASTM D445, ASTMD446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 2 mL in a liquid bathof 230 mm. Available in 5 models, for varying viscosity ranges.

BS/U Tube: For transparent Newtonian liquids in accordance with ASTM D445, ASTM D446, IP 71, ISO3104, and ISO 3105 requirements. Requires minimum sample of 7-23 mL in a liquid bath of 280 mm.Available in 8 models, for varying viscosity ranges.

Cannon-Manning Semi-Micro: For transparent Newtonian liquids in accordance with ASTM D445,ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 1 mL in a liquidbath of 200 mm. Available in 12 models, for varying viscosity ranges. Also available in uncalibratedmodel, upon request.

DS/IP/SL (S) Suspended Level: For transparent Newtonian liquids in accordance with ASTM D445,ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 11 mL in aliquid bath of 250 mm. Available in 9 models, for varying viscosity ranges.

Cannon-Ubbelohde Dilution: For transparent Newtonian liquids in accordance with ASTM D445, ASTMD446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 8 mL (can be dilutedto 40 mL) in a liquid bath of 305 mm. Available in 12 models, for varying viscosity ranges. Also availablein uncalibrated model, upon request.

Cannon- Ubbelohde Semi-Micro: For transparent Newtonian liquids in accordance with ASTM D445,ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 1 mL in a liquidbath of 240 mm. Available in 12 models, for varying viscosity ranges. Also available in uncalibratedmodel, upon request.

BS/IP/RF U-tube A Scalomento Rovesciato: For opaque Newtonian liquids in accordance with ASTMD445, ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 7 mL in aliquid bath of 280 mm. Available in 11 models, for varying viscosity ranges.

Zeitfuchs Cross-Arm: For both transparent and opaque Newtonian liquids in accordance with ASTMD445, ASTM D446, ASTM D2170, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimumsample of 1-3 mL in a liquid bath of 230 mm. Available in 10 models, for varying viscosity ranges.

Zeitfuchs Transparent: These glass capillary viscometers are for transparent Newtonian liquids in accordance with ASTM D445, ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 15 mL in a liquid bath of 292 mm. Available in 7 models, for varying viscosity ranges. Also available in uncalibrated model, upon request.

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Designed with constancy and accuracy in mind, the stainless steel, low temperature viscosity bath is equipped with automatic defrosting mechanism and a digital micro-processor PID temperature regulator fitted with a PT100 A temperature probe, ensuring stable temperatures at 0.3C across a range from ambient to -40 C. The Brookfield viscometer houses an internal turntable, which positions samples into place, rotating at 4 RPM, and includes a rack for 3 test tubes and an insulated Balsa wood cell sample carrier.

The 150 kg Brookfield low temperature viscosity bath is equipped with four wheels and brake for easy mobility around the laboratory. The air bath is sealed with an anti-acid epoxidic coat, preventing corrosive damage to the instrument. Because operator safety is crucial, the viscometer is fitted with an earth leakage circuit, and refrigerant gases are CFC-free.

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Designed to be safe, accurate, and efficient, the Borosilicate viscosity bath of this viscosity measurement device is equipped with constant digital microprocessor PID temperature regulation and an overtemperature alarm for superior kinematic viscosity measurement. The liquid indicator, visible from the outside of the instrument, allows for easy fill without overflow while the internal light indicator alerts to low liquid levels. The stainless steel electric heating component allows for the quick boiling of liquids while the cooling coil provides improved control near ambient temperatures.

Available in three models, this durable and dependable kinematic viscosity bath covers working temperatures ranging from ambient to 150C in models 370 and 390 (high precision), and -30C to 60C in model 450 (refrigerated). With a capacity of approximately 15 liters, the 15 kg Viscometer Bath is equipped with borosilicate tank, punctured cover, stainless steel standby covers, motorized agitator, tempered glass leakage protection vessel, stainless steel base, and stainless steel control box. The digital thermoregulator PID temperature control maintains 0.1C in the 370 model, and 0.01C in the high- precision 390 and refrigerated 450 models of kinematic viscosity measurement instruments.

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The practical design of this falling sphere viscometer guarantees compliance with DIN 53 015 standards, for determining dynamic viscosities of Newtonian fluids ranging from 0.5 to 100.000 mPa.s (cP).

Designed with accuracy in mind, viscosities are determined by measuring the movement of a ball through a calibrated, fluid-filled fall tube. The stop pin permits reversal of movement for measurement of the return constant. The Höppler falling sphere viscometer comes equipped with 6 gaged balls (2 Borosilicate glass, 2 nickel iron alloy, and 2 stainless steel) for use with various fluids across a wide range of viscosities and fall times.

The versatile falling ball viscometer comprises a Pyrex glass water jacket which, when connected to the thermostatic bath, permits a temperature range from -20º to +120ºC (-4 to +248ºF). This Höppler viscometer comes complete with support mount, bubble level, and leveling screws for superior stability and is available in two models: 320 and 330 (heated). Table electronic temperature regulation in the 330 model maintains ±0.1ºC, providing superior stability.

Purchase this Höeppler falling ball viscometer online.

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Designed with safety and accuracy in mind, the stainless steel, open jacket Saybolt viscometer bath is equipped with constant digital micro-processor PID temperature regulation, over temperature alarm, an insulated double wall, and motorized agitator for precise Saybolt viscosity tests. A single gage fill point, visible from the outside of the instrument, allows for easy fill without overflow while the internal light indicator alerts to low liquid levels. The stainless steel electric heating component and cooling coil allow for quick boiling and cooling of liquids, because your time is valuable.

Saybolt viscometer bath available in models 180, 180/2 (2 positions), 180/3 (3 positions), or 180/4 (4 positions), and with a capacity of approximately 10 liters, the 12 kg Saybolt viscometer is equipped with brass oil cup with stainless steel flowing orifice, calibrated and polished for 1.76 mm Universal or 3.15 mm Furol, orifice wrench, and thermometer support to deliver timely, accurate results. PID temperature control maintains 0.1C, providing superior stability. The in-bath drain valve and stainless steel walls provide for easy post-test drainage of liquids, making cleanup a breeze after Saybolt viscosity testing.

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Designed with safety and accuracy in mind, the stainless steel, open jacket Engler viscosity measurement apparatus is equipped with constant digital micro-processor PID temperature regulation (270 model) or table electronic temperature regulation (conventional model), overtemperature alarm, and an insulated double wall. The liquid indicator, visible from the outside of the Engler Viscometer instrument, allows for easy fill without overflow while the internal light indicator alerts to low liquid levels. A PTFE tipped closing rod permits easy closing of the capillary hole, while the stainless steel electric heating component and cooling coil allow for quick boiling and cooling of liquids in the viscosity machine.

Available in models 260 conventional, 270, and 270/2 (2 positions), and with a capacity of approximately 7 liters, the 12 kg Engler viscosity measurement apparatus is equipped with brass oil cup with stainless steel flowing orifice, and thermometer support to deliver timely, accurate results. PID temperature control in the 270 model and table electronic temperature regulation in the conventional models maintain 0.1C, providing superior stability. Conventional viscosity machine models are equipped with manual agitators and tripod, while the 270 model comes complete with motorized agitator.

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Designed with safety in mind, the stainless steel, open jacket viscosity bath is equipped with digital temperature regulation, over temperature alarm, an insulated double wall, and motorized agitator. A single gage fill point, visible from the outside of the standard tar viscometer, allows for easy fill without overflow while the internal light indicator alerts to low liquid levels. The stainless steel electric heating component and cooling coil allow for quick boiling and cooling of liquids, because your time is valuable.

The tar viscometer is available in models 140, 140/2 (2 positions), 140/3 (3 positions), and 140/4 (4 positions). Theviscometer accurately determines the time of efflux of 50 ml of cutback bitumen, at 40-60C, via a 10mm orifice, at a range of 15-500 seconds. With a capacity of approximately 7 liters, the 11 kg STV isequipped with brass oil cup with closing-ball ended rod to deliver accurate results. The in-bath drainvalve provides for easy post-test drainage of liquids, making cleanup a breeze.

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The stainless steel Redwood viscometer apparatus is equipped with digital temperature regulation, over temperature alarm, and an insulated double wall, because operator safety is a priority. A single gage fill point, visible from the outside of the instrument, allows for easy fill without overflow while the internal indicator alerts to low liquid levels. The stainless steel electric heating component and cooling coil allow for quick boiling and cooling of liquids, while the motorized stirrer negates the need for dangerous and intensive manual labor for a viscosity test.

The viscometer is available in either Redwood orifice no. 1 or orifice no. 2, ensuring testability for liquidswith flow of 20-2000 seconds or 2000 seconds, respectively. Each model is available with 1, 2, or 3positions, and comes equipped with brass oil cup with closing-ball ended rod, cup cover, and levelingscrews to ensure accurate results. The in-bath drain plug provides for easy post-test drainage of liquids.

With a capacity of approximately 7 liters and a weight of 12 kg (26.45 lbs.), the ruggedly-built Redwoodallows for sturdy portability during field use and laboratory-quality temperature and viscositymeasurements.

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