Features and Specification

The material to be tested is heated under reflux with a water-immiscible solvent, which co-distills with the water in the sample. Condensed solvent and water are continuously separated in a trap, the water settling in the graduated section of the trap and the solvent returning to the still.

Standard: - This apparatus conforms to ASTM D95 and other similar test methods.

Features

•  Test equipment conforming to ASTM D86 / IP123 with electric heating assembly with Copper coil type voltage variac temperature controller, cooling bath (non-refrigeration), distillation flask 125ml, graduated cylinder 100ml, heater boards with 38 & 50mm diameter center holes made of Ceran Glass, thermometers conforming to ASTM 7C & 8C supplied with certificate. ℃.
•  Power supply : 230 ±10% Volt AC, 1 Phase, 50 Hz.

• Standard: - Confirms to: ASTM D86. IP 123. IS:1448.P-18

Features

•  Test equipment conforming to ASTM D 86 / IP 123 with electric heating assembly with Copper coil type voltage variac temperature controller, cooling bath (non-refrigeration), distillation flask 125ml, graduated cylinder 100ml, heater boards with 38 & 50mm diameter center holes made of Ceran Glass, thermometers conforming to ASTM 7C & 8C supplied with certificate.
•  Power supply : 230 ±10% Volt AC, 1 Phase, 50 Hz.

Features

•  Temperature Range: 79 to 400 ℃.
•  Test Method : ISO 2592 , ASTM D 92 , IP 36 , IS 1448 ( P-69).
•  Ignition Source : Gas Flame with two Pilot electric Coil.
•  Temperature Sensor : PT-100 in stainless steel sheath.
•  Flash/Fire Detector: Ionization principle based flash-detector sensor.
•  Controller: HMI Touchscreen with colour display and Inbuilt storage of approx. 300 sample with audio visual alarm to check the machine. 3-wire RTD temperature sensor, free potential flame detector sensor as i/p. with automatic barometric reading correction.

•  All necessary interlock for self-detection of fault.
•  Flame-Sampling Arrangement: 10 Rpm, D.C. 12 v or 24V DC, gear motor, vertical movement reciprocating to & fro motion.
•  Heater: 800 W, 230 v.
•  1Electrical ignition for pilot flame-sampling. Ignition transformer having continuous o/p of 10.6 kV. D.C. from 230 v A.C. i/p.
•  Equipment Overall Size (LxWxH): 280mm (W) X 530mm ( D ) X 415 mm ( H )
•  Equipment Gross Weight: 22 Kg.
•  Equipment supply will be 230 V Ac , 50 Hz with 15 amp capacity.

Features

•  Temperature Range: 79 to 400 ℃.
•  Test Method : ISO 2592 , ASTM D 92 , IP 36 , IS 1448 ( P-69).
•  Ignition Source : Crank Mechanism spring loaded with manual handling.
•  Temperature Sensor : Thermometer
•  Flash/Fire Detector: Manual / Visual flash detection.

Features

•  Temperature Range: 79 to 400 ℃.
•  Test Method : ISO 2592 , ASTM D 92 , IP 36 , IS 1448 ( P-69).
•  Ignition Source : Crank Mechanism spring loaded with manual handling.
•  Temperature Sensor : Digital temperature Indicator RTD Type .

Test Method

Flash Point is lowest temperature at which application of the ignition source causes the Vapour of a specimen of the sample to ignite under the specified condition of the test. The temperature of the approximately 70 ml test specimen is increased rapidly at first and then at a slower constant rate as the flash point is approached. At specified intervals a test flame is passed across the cup, to measure the tendency of the test specimen to form a flammable mixture with air under controlled laboratory conditions.

Standard

Conforms to the specifications of: ASTM D93; IP 34; ISO 2719

Manual

•  Temperature .Range: 79 to 400°C.
•  Test Method : ISO 2719, ASTM D 93, IP 34, IS 1448 (P-21).
•  Ignition Source : Crank Mechanism spring loaded with manual handling.
•  Temperature Sensor : Thermometer .
•  Flash/Fire Detector: Manual / Visual flash detection.
•  BController: Energy regulator manual type.
•  Flame-Sampling Arrangement: By Hand.
•  Heater: 800 W, 230 v.

•  Equipment Overall Size (LxWxH): 175mm (W) X 200mm ( D ) X 275 mm ( H )
•  Equipment Gross Weight: 8 Kg.
•  Equipment supply will be 230 V Ac , 50 Hz with 6 amp capacity.

The automatic Abel closed-cup tester measures the flash point, the lowest temperature at which the vapours of a sample ignite upon the application of an ignition source. The tester can also be used to detect the ability of a sample to yield flammable vapors when maintained at an equilibrium temperature by the flash/no flash method.

Standard: - ISO 13736, IP 170

Manual Model

Working

The temperature of the approximately 70 ml test specimen is increased rapidly at first and then at a slower constant rate as the flash point is approached. At specified intervals a test flame is passed across the cup, to measure the tendency of the test specimen to form a flammable mixture with air under controlled laboratory conditions.

Working

The temperature of the approximately 70 ml test specimen is increased rapidly at first and then at a slower constant rate as the flash point is approached. At specified intervals a test flame is passed across the cup, to measure the tendency of the test specimen to form a flammable mixture with air under controlled laboratory conditions. Select a test mode and enter the expected flash point; while the instrument executes the test, you are free to do other lab work. The instrument follows the exact procedures prescribed in the test method, and the completion of the test cycle is signaled by beeps. The test result is brightly shown on the color LCD module. The unit is equipped to store up to 200 successive test results and export to an optional printer or to a LIMS through an RS-232 port or USB memory

Test Method:-

Determines the time required for 60mL of sample to flow through a calibrated orifice under precisely controlled conditions. Saybolt Universal Seconds (SUS) is the standard measurement for lubricants, insulating oils, and lighter fuel grades, and Saybolt Furl Seconds (SFS) is used for heavier oils and bitumen.

Standard: - Conforms to the specifications of ASTM D 88.

Test Method

Kinematic viscosity is of primary importance in the design and selection of a wide range of petroleum products. Calibrated capillary viscometers are used to measure flow under gravity or vacuum at precisely controlled temperatures.

Standard: - Conforms to the specifications of: ASTM D445, D2532, D6074, D6158, IP 71, ISO 3104, DIN 51550, FTM 791-305

Feature and Benefits

•  Type of bath: - electrically heated bath.
•  No of viscometer can be accommodated: 6 No.
•  Inner chamber dimension: 18” x 15” x 7”
•  Outer body size: 26” x 23” x 13”
•  Max working temperature :-
            a. Model HT-KVH1 - Ambient to 120℃.
           b. Model HT-KVH2 - Ambient to 150℃.
•  Bath capacity :- 6 sample at a time.

Temperature Controller

•  Temperature is controlled by microprocessor based PID temp. Controller of reputed make
•  It is having dual display with solid state relay for switching on & switching off the heater.
•  Input power supply: 230 v ac, 50 Hz, 1 phase with 12 amp current rating.
•  Heating load:2kW

Thermocouple

•  Calibrated RTD type thermocouple will be provided capable of measuring up to 150 ℃ at accuracy of +/- 0.01 ℃

Electrical Requirement

•  220-240V, 50/60Hz, Single Phase, 12.0A
•  OR 115V, 50/60Hz, Single Phase, 24.A

Dimension

•  26”x23”x13” (66x58x33) Net Weight: 56 lbs (22 kg)

Shipping Information

•  Shipping Weight: 84 lbs (38 kg) Dimensions: 10.8 Cu. ft.

Description / Specification of Capillary Viscometer

We are involved in offering a wide range of Capillary Viscometer to our most valued clients. Our range of these are widely appreciated by our clients which are situated all round the nation. We offer our range of it at most affordable prices.

We introduce ourselves as an eminent trader and supplier of an extensive array of  Capillary Viscometer. Prior to dispatch, our quality controllers run numerous tests on the entire range on various parameters of quality and durability. The offered equipment is manufactured using superior quality components with the aid of sophisticated techniques at the vendors' end. Moreover, our precious clients can purchase it in different technical specifications at reasonable price from us within promised time frame.
Features:

Sturdy design
Highly durable
Application specific design 

Test Method

These Viscometers are used to determine the Viscosity of Petroleum Products. Two adoption of Redwood Viscometer Are Available. No. 1 for Liquids having Redwood flow of 20 Seconds to 2000 Seconds and No. 2 for Liquids whose flow time exceeds 2000 Seconds and No. 2 for Liquids whose flow time exceeds 2000 Seconds. Redwood Viscometer is used for the Determination of Redwood Viscosity and which can be converted to Kinematic Viscosity also. It is also used for observing the Effect of Temperature on Viscosity by Plotting Graph.

Standard: - Conforms to the Specifications of : IP 70.

Feature and Benefits

•  Type of Bath :- Electrically Heated Immersion Heater.
•  Max Working Temperature :- 99℃
•  Continous Working Temperature :- 95℃
•  Capacity :- 1 Sample at a time
•  Accuracy :- +/- 3℃
•  Readability :- +/- 3℃
•  Heating Load : 1 kW.
•  Stirrer :- Manual Stirrer for maintaining uniformity throughout chamber.(HiTech 16A & 16A-Adv)

We have been serving our clients with a highly functional range of Brookfield Viscometer in the market. This is used for measuring the viscosity of a fluid in laboratories. Our vendors use best in grade raw material and progressive machinery for fabricating Brookfield Viscometer as per the industrial set standards and norms. Ease of use, flexibility, reliable performance and quality of service have made Brookfield Viscometers favourites all over the world. Application: Viscosity, Texture, Moisture, Toxic gas and Powder analysis instruments for accurate material characterization measurements, making ideal for applications in many industries.

Several models of Brookfield Viscometer are available with us.

•  DVNext Rheometer
•  DVNext Cone/Plate Rheometer
•  DV2T Touch Screen Viscometer
•  DV1 Digital Viscometer
•  DVE Low Cost Digital Viscometer
•  Dial Reading Viscometer
•  CAP 1000 Viscometer
•  CAP 2000 Viscometer
•  KU-3 Viscometer

Specification

Aniline point is used to characterize pure hydrocarbons and to indicate the aromatic content of hydrocarbon mixtures. Equal volumes of aniline and sample or sample plus n-heptane are stirred together while being heated at a controlled rate. After the two phases become miscible, the mixture is cooled at a controlled rate and the temperature at which the two phases separate is the aniline point or mixed aniline point of the sample.

Standard: - Conforms to: ASTM D611; IP 2; ISO 2977; DIN 51775; FTM 791-3601.

The carbon residue value of the various petroleum materials serves as an approximation of the tendency of the material to form carbonaceous type deposits under degradation conditions similar to those used in the test method, and can be useful as a guide in manufacture of certain stocks.

Test Method

Provides an indication of relative coke forming properties of petroleum oils. The residue remaining after a specified period of evaporation and pyrolysis is calculated as a percentage of the original sample

Standard

Conforms to the specifications of: ASTM D189, D6074; ,D524 ,D6074 ANS Z-11.25; IP 13; ISO 6615; DIN 51551; FTM 791-5001; NF T

Features & Benefits

A weighed quantity of sample is placed in a crucible and heated to a high temperature for a fixed period. The crucible and the carbonaceous residue is cooled in a desiccator and weighed. The residue remaining is calculated as a percentage of the original sample and reported as conradson carbon residue.

The carbon residue value of the various petroleum materials serves as an approximation of the tendency of the material to form carbonaceous type deposits under degradation conditions similar to those used in the test method, and can be useful as a guide in manufacture of certain stocks.

Test Method

Determines the ‘Carbon Residue’ left after evaporation and Pyrolysis of a sample oil in the Ramsbottom Furnace, providing an indication of the deposit forming tendencies of Fuels and Guidelines for the Processing of Refinery Products.

Standard:-Confirm to the Specification ASTM D 524, D 6074, IP 14, ISO 4262, FTM 791-5002 ,NF T 60- 117.

Features

•  Type of Furnace :- Electrically Heated Block Furnace.
•  Comprising of Cooking furnace with 5 bulb wells,(4 each for cooking bulbs and 1 for the control bulb).
•  - Temperature is accurately controlled and maintained by fully automatic solid state time proportional digital controller and thermocouple.
•  Temperature Range 0° to 50°C, -20°C to 50C, -30°C to 50°C, -60°C to Room Temperature, -80°C to Room Temperature
•  Power supply 230 V, 1 Phase, 50 Hz.

Test Method

The Freezing Point of an Aviation Fuel is the Lowest Temperature at which the fuel remains free of Solid Hydrocarbon Crystals that can restrict the flow of fuel. The Temperature of the Fuel in the Aircraft Tank normally falls during flight depending upon Aircraft Speed, Altitude, and flight duration. The freezing point of the fuel must be lower than the minimum operational tank temperature. The test determines the temperature below which solid hydrocarbon crystals form in Aviation fuels. The sample is cooled with continuous stirring in a dewar-type sample tube until crystals appear.

Standard:-Conforms To ASTM D1177 , ASTM D2386 Specifications

Manual Freezing Model (Hi-Tech 23A)

Apparatus

Consist of one wooden insulated assembly , one Dewar Flask, Stirrer for above, Illumination Facility, Freezing Point Tube and Front Window for Observation along with Thermometer (with Calibration Certificate) for temperature observation.

Maximum Temperature

100°F (-73°C)

Electrical Connection

230V 50/60Hz, Single Phase, 4.5A

Test Method

This test determines the sulphur content within the range of 0.1 to 5 percent by weight in petroleum oils which cannot be burned completely in a wick lamp.

Specifications

This apparatus conforms to ASTM D1551 and other similartest methods.

Features:-

The sample is burned in a quartz tube, then driving thecombustion gas by a current of air through oxygenated water.

Test Method:-

Cold Filter Plugging point is highest temperature, expressed in multiples of 1°C, at which a given volume of fuel fails to pass through a standardized filtration device in a specified time when cooled under the conditions prescribed in this test method.This test method is applicable to distillate fuels, including those containing a flow-improving or other additive, intended for use in diesel engines and domestic heating installations.

Standard: - ThisThis apparatus conforms to ASTM D6371 and other similar test methods.

Features

•  Determines the low temperature flow characteristics of automotive diesel fuels and gas oils, including samples with flow improving additives, by measuring the temperature at which the sample ceases to flow through a wire mesh filter under standard test conditions.
•  The equipment comprises of Cryostat upto –60°C, CFPP test kit and Vacuum device.
•  Fully automatic digital temperature controller with PT-100 sensor.
•  A well balance CFC-freecascade refrigeration system with eco-friendly                                                                                                           refrigerant.
•                                                                                                Power supply : 230 V, 1 Phase, 50 Hz.

Test Method:-

This test method covers procedures for the determination of vapor pressure to determine handling & performance-liquified petroleum & LPG., gasoline, volatile crude oil, and other volatile petroleum products.

Standard: - This apparatus conforms to ASTM D323,D1267 and other similartest methods.

Features

•  Bath for double test with Micro-PID digital temperature controller.
•  The bath depth will be such that, the vapour pressure bomb is immersed to at least 25mm above the top of air chamber.
•  Vapour pressure bomb consisting of one air and one gasoline chamber without cock, Gasoline chamber with cock & Pressure Gauge supplied.
•  Temperature range : Above ambient to +100°C.
•  Power supply : 230 V, 1 Phase, 50 Hz.

Test Method

The Copper Strip Tarnish Test Assesses The Relative Degree Of Corrosivity Of Petroleum Products, Including Aviation Fuels, Automotive Gasoline, Natural Gasoline, Solvents, Kerosene, Diesel Fuel, Distillate Fuel Oil, Lubricating Oil And Other Products. A Polished Copper Strip Is Immersed In 30ml Of Sample At Elevated Temperature. After The Test Period, The Strip Is Examined For Evidence Of Corrosion And A Classification Number From 1-4 Is Assigned Based On A Comparison With The ASTM Copper Strip Corrosion Standards. For Aviation Fuels And Natural Gasoline The Sample Tube Is Placed Inside A Stainless Steel Bomb During Testing.

Standard

Conforms To The Specifications Of: ASTM D130, D6074, D6158; IP 154; ISO 2160; DIN 51759; FTM 791-5325; NF M 07-015.

Test Method

Determines the ‘Gross Calorific Value of any solid or liquid sample by determining the water equivalent by burning 1 Gm. of Known CV sample.

Standard

Confirm to the specification ASTM D4809, D240, DE711, IS -1350- 1966, BS 1016 PART 5-1967, IP 12/63 T.

Test Method

Cloud point and pour point are indicators of the lowest temperature of utility for petroleum products. The sample is periodically examined while it is being cooled in the cloud and pour point apparatus. The highest temperature at which haziness is observed (cloud point), or the lowest temperature at which movement of the oil is observed (pour point), is reported as the test result.

Standard

Conforms to the specifications of ASTM D97, D2500, D5853, D6074, D6158; IP 15, 219; ISO 3015, 3016; DIN 51597; FTM 791-201; NF T 60-105.

Test Method

This test method covers the determination of the foamingcharacteristics of lubricating oils at 24°C and 93.5°C.Means of empirically rating the foaming tendency and the stability of the foam are described.

Standard: - This apparatus conforms to ASTM D892 and other similartest methods.

Feature and Benefits

The sample is blown with controlled volume of air atdifferent specified temperature. The result form ismeasured at the end of each operation period at thedifferent interval. This measures to know foaming oflubricating oil in application involve in turbulances highspeed gracing, or high speed pumping.

Test Method

The dielectric breakdown voltage of an insulating liquid is of importance as a measure of the liquid's ability to withstand electric stress without failure. The dielectric breakdown voltage serves to indicate the presence of contaminating agents such as water, dirt, cellulosic fibers, or conducting particles in the liquid, one or more of which may be present in significant concentrations when low breakdown voltages are obtained.

Standard: - This apparatus conforms to ASTM D1816 and other similar test methods..

Feature and Benefits

•  Voltage Source:- Suitable step-up Transformer supplied from a variable sinusoidal low- voltage source with Voltage capacities range 0 to 100 kV rms
•  Frequency:- from 25 to 800 Hz
•  Voltage rise time& accuracy:- Suitable as per Method A,B, & C of ASTM D 149
•  Voltage rise time Resolution:- 0.1 kV ±1%
•  Test Vessels/Medium:-Suitable Oil media Tank in line with therequirement of Standard
•  Test Temperature range:-10 °C to 65 °CTemperature resolution 1 °C or better

Test Method

The apparatus consists of a steel frame supporting the control box, the jar and an electric lift that permits to move the sample stirrer up and down in the test funnel. The stirrer assembly can also be removed from the unit for cleaning. Stirrer speed is continuously showed on a digital tachometer.

Standard

Conforms To The Specifications Of: ASTM D2711.

Features & Benefits

•  Borosilicate glass jar 500 mm depth, mounted on a enamel finished benchtop steel frame.
•  Anodized aluminium cover with four-position turntable for the insertion of four graduated separatory funnels: a positioning device permits to locate the funnels exactly below the stirrer and avoid glassware breaking due to positioning mistakes.
•  Stainless steel heaters and electrical bath stirrer.
•  Variable speed electrical sample stirrer mounted on a electrical device which permits to lift and lower the stirrer easily in the sample. The stirrer assembly is also removable for cleaning.
•  Digital tachometer in the control box which continuously shows the stirrer speed.
•  Electromechanical timer which automatically stops the sample stirrer after 5 minutes of stirring.