'low temperature flow characteristics'

Water Washout Tester As per ASTM D1264 The water washout apparatus is suitable for testing water washout characteristics of grease as per ASTM D1264. A sample of the lubricating grease under evaluation is tested in a bearing rotating under specific speed by spraying heated water and the loss of grease is determined. A tank is provided to hold about 750 ml of water with heating arrangement for heating the water to up to temperature 80°C. The equipment is provided with test bearing housing assembly as specified in the test method. The digital temperature controller with sensor is also provided for accurate indication of the temperature inside the equipment. The unit is provided with a ball bearing (ASTM 204) as specified in the test method. Circulating pump provided with a supply pressure and a return suction line, regulating valves, a splash nozzle and accessory.The pump is capable of delivering 300 ml/min heated water via 1mm capillary. The water containing washed out grease is collected in the tank, filtered & recycled during the test. Provision is made for fine adjustable of water flow through a bypass to allow the preheated water to circulate without passing through the jet or impinge on bearing housing. Features The bearing rotational speed is 600 ± 30 rpm. Supplied with test bearings – 2 Nos. Drain valve to remove the tested water. Provided with necessary tools and fixtures for assembling of bearing housing. Power supply : 120 V / 230 AC, Single Phase, 50 / 60 Hz

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Cold Filter Plugging Point Apparatus as per ASTM D6371; IP 309, 419; EN 116 The Cold Filter Plugging Point (CFPP) Apparatus determines low temperature flow characteristics of diesel fuels, gas oils and other distillate fuels. It comprises a 4 liter dry ice bath (Dewar Flask) and a CFPP test insert connected via a three way cock to a UKAS certified digital manometer and two 5 litre pressure equalising vessels

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Kinematic Viscosity Bath As per ASTM D 445, ASTM D 446, IP 71 The Viscosity Bath is a precision-engineered device designed to measure the kinematic viscosity of petroleum products. It uses calibrated capillary viscometers to determine flow under gravity or vacuum at precisely controlled temperatures. This ensures accurate viscosity measurements, critical for the design and selection of various petroleum products. Key Features : Precise Kinematic Viscosity Measurement: Designed for accurate measurement of kinematic viscosity in petroleum products. Utilizes calibrated capillary viscometers for reliable flow measurement. Robust Construction: A rectangular model with double-walled construction ensures durability and effective temperature control .Toughened glass observation window (254 W x 225 H mm) allows clear visibility of the process. Illumination: Rear side illumination enhances visibility and ease of operation. Efficient Heating : Equipped with an oil immersion heater for uniform heating. Versatile Bath Opening: Bath opening size: 254 x 200 mm. Cover with six openings (50 mm in diameter) to accommodate six viscometers with Bakelite holders. Large Liquid Capacity: A liquid capacity of 22 liters ensures ample volume for various tests. Advanced Temperature Control: Microprocessor-based PID temperature controller with PT-100 sensor. Digital readout with a resolution and temperature accuracy of 0.02°C. Temperature settings: 40°C and 100°C for diverse testing needs. Efficient Stirring System: Ensures uniform temperature distribution throughout the bath. Power Supply: Operates on a standard power supply of 230 V, 1 Phase, 50 Hz. Applications: Petroleum Industry : Essential for designing and selecting various petroleum products based on their kinematic viscosity. Research and Development: Ideal for laboratories conducting viscosity tests on oils and lubricants. Quality Control: Ensures compliance with industry standards and specifications. Contact Us: For inquiries, pricing, and detailed specifications, please contact our sales team

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ASTM D-3427, IP 313 The ability of a turbine, hydraulic, or lubricating oil to separate entrained air is a key performance characteristic in applications where agitation causes a dispersion of air bubbles in the oil. To determine air release properties, the sample is heated to a specified test temperature and blown with compressed air. After the air flow is stopped, the time required for the air entrained in the oil to reduce in volume to 0.2% is the air bubble separation time

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Water Jacketed Ovens are Ideal for wide range of incubating, tempering, thermal storage and drying application of inflammable material. Triple walled construction with inner and middle chamber form a jacket and made out of thick gauge stainless steel, Water inlet / outlet and overflow provided. Stainless steel water reservoir with float valve is fitted on the rear side of the oven. Thermal insulation lagged in-between the walls. The door will be of flush type and will be provided with positive locking arrangement. Heavy duty flameproof motor having class “F“ insulation and IP-55 protection with blower provided on top of the oven for air circulation inside the chamber. Flameproof heating elements are wound around the chamber to facilitate uniform dissipation of heat all over the chamber. Flameproof, weatherproof enclosed Digital temperature controller with PT-100 sensor.

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