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WATER SPRAY OFF TESTER As per ASTM D 4049 Water spray off tester evaluates the ability of a lubricating grease to adhere to a metal surface when subjected to a direct water spray under controlled conditions. The percentage of grease sprayed off a stainless steel test panel after a specified period is determined by weight. - It Conforms to ASTM D4049 specifications The equipment including spray chamber, delivery system and constant temperature reservoir. It Sprays water at the specified rate and temperature on a test panel coated with sample grease. To test for water spray resistance, fill reservoir with 8L of tap water and set the temperature comtroller at test temperature. Circulate the water through the system to attain temperature equilibrium and insert the coated test panel in the spray chamber. Adjust water spray to 40psi (276kPa) and continue for 5 minutes. Water spray system includes 1.3hp positive displacement pump; spray nozzle with snubber fitting: 0-60psi pressure gauge; bypass valve; shut-off and drain valves; and flexible high pressure water lines. Hinged acrylic spray chamber cover is recessed into the chamber housing to insure watertight operation. Standardized grease application fixture coats test panel with the required thickness of sample grease. Uses tap water; does not require water hook-up. The system includes: Stainless steel test panel Grease application fixture Thermometer holders Pressure gauge Salient feature – Dital Temperature Controller Unit for temperature accuracy 0.03°C Temperature range : 35.00 to 150.0°C Power supply: 230 Volt AC. 1 phase, 50Hz Country of Origin : India

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

The Water Jacketed Oven is used for wide range of applications like incubating, tempering, thermal storage and for drying of inflammable material. Features Control System : Micro-PID digital with PT-100 sensor. Chamber Heater : 2.0 Kw. Temperature range : Above ambient to 90°C , ± 1°C Power supply : 415 +10% Volt AC, 3 Phase, 50 Hz MOC inner : 304 Stainless steel MOC outer : Epoxy Powder Coating Working Size : 45 W x 45 D x 45 H CMS. Customised Size of Oven can be offered.

The EMCOR Rust Tester is designed to determine the corrosion-preventive properties of lubricating greases on ball bearings in the presence of water or salt water. The system replicates real-world mechanical and environmental conditions by rotating and resting the bearings in a water medium. It is built to conform with IP 220 , DIN 51802 and ASTM D6138, enabling both dynamic and static corrosion testing of greases. Key Features: 4 / 6 / 8 test setup for testing of bearings simultaneously Bearing housing in SS 316 for high corrosion resistance Powder-coated outer body for long life Operates at 80 RPM with automatic rest/run cycles Includes plummer blocks, adapter sleeves, self-aligning bearings, and V-ring seals Microcontroller-based Run/Rest Timer. Scope of Supply: EMCOR Test Rig with Base Plate Electric Motor with Gear System SS Shaft and Support Assembly Plummer Blocks & Bearing Housings Self-Aligning Bearings Adapter Sleeves & V-Ring Seals Electronic Run/Stop Timer User Manual Applications: Corrosion Testing of Grease in Bearings R&D Labs in Lubricant Industry Grease Quality Control Labs Bearing Testing Facilities Tribology Research Institutes For Pricing and additonal details kindly write or call us.

Salt Spray Corrosion Cabinet : A thermostatic dome-shaped Salt Spray Cabinet, designed for evaluating the corrosion resistance of surface coatings in a controlled, accelerated environment. This apparatus simulates salt-laden atmospheres to assess the durability of coatings like paints, plating, and galvanizing. Key Features: Thermostatic Design: Dome-shaped corrosion-resistant chamber made from 6 mm thick imported Perspex sheet for maximum durability and transparency. Temperature Control: Microprocessor-based PID Digital Temperature Indicator cum Controller Built-in Digital Timer with Memory Backup Heating System: High-efficiency Heater with Sensor Supplied with One Spare Heater Spray Mechanism: Atomizing Nozzles for fine mist generation Tray and Hanging Arrangement provided as per standard specifications (Air Compressor to be arranged separately) Safety and Compliance: Low Water Level Safety: Water Level Sensor with Alarm Indicator and Buzzer Thermal Protection: Built-in Thermostat for over-temperature protection Additional Accessories: Fog Collection Device for salt fog measurement

Salt Spray Corrosion Cabinet : Thermostatic dome shaped model. Thermostatically controlled within built microprocessor digital temperature indicator cum controller with timer. Made from Imported 6 mm thick Perspex sheet. Supplied with suitable tray, Nozzle & Hanging arrangement (without compressor) Apparatus consists of : ● Salt Spray Chamber ● PID Digital Temperature indicator cum controller ● Digital Timer with memory backup ● Heater and Sensor with one spare heater. ● Atomizing Nozzles ● Hanging arrangement with tray as per Standard ● Safety Feature water level sensor for low reservoir alarm with indicator cum buzzer ● Thermostat for Temperature regulator ● Fog Collection Device

Abel Flash Point Apparatus. Electrically operated having Thermostatic control As per IP 33, 170 & IS 1448 (PT I) For Determination of flash point of petroleum products and mixture having flash point below 49°C ( 120°F ) The apparatus consists of Brass Cup fitted with test flame arrangement. Stirrer is placed for maual stirring during testing. The Outer Jacket of the water bath is fitted with a stand. Heating is by 500 watts coil heater fitted to the stand. Heating is controlled by Energy Regulator. Country of Origin : INDIA

ASTM Solvent Distillation Apparatus is used to separate the mixture of liquid solvent and petroleum products. The appratus determines initial boiling point, final boiling point, dry point , % of residue remains and % of material recovered. It consists of a water bath having outer chamber made of epoxy powdear coated. Inner chamber made of stainless steel with condenser tube, heating unit with regulator for controlling the temperature, measuring cylinder, flask with IP standard and thermometer -10°C to 360°C. It is widely used in paint and coating industries, oil and solvent, other liquid mixture. Standard: IS 1448 (P-18), IP 123, ASTM D 86 Package Includes: ASTM distillation apparatus, flask,measuring cylinder 100 ml,manual and thermometer (-10°C to 360°C)

Demulsion Bath As per ASTM D1401, DIN51599 Demulsion Bath or Demulsibility Bath is used for determination of ability of a lubricating oil to separate from water and resist emulsification. This is one of the most important performance characteristic for Lubricating oil for applications involving water contamination and turbulence. Water separability is determined by stirring equal volume of water and sample together at a controlled temperature to form an emulsion and observing the time required for separation of the emulsion to occur. This method is suitable for petroleum oils and synthetic fluids. Construction - Double Walled Construction with toughened glass observation window. Circulation system – Heavy duty capacitor run motor with stirrer to help maintain uniform temperature across bath media. Heater – immersion heater fitted to help achieve above ambient temperature. Heater connected to PID output heater wiring done using Teflon coated cable Temperature controller & instrumentation – fully automatic microprocessor based PID controller having feather touch key board. Display indicating temperature with resolution of 0.01& the controller is having splash proof membrane with PT -100 sensors. Features Illumination from back side. 4 Nos. Herschel Emulsifier. Stirrer can be easily moved to each test position instead of moving the samples. Digital temperature controller with speed and timer Timer stops the stirring on completion of set time i.e. 5 minutes automatically with alarm. Temperature: Ambient to 100°C, ± 0.5°C. Speed up to 1500 rpm, ± 15 rpm Power supply: 120 V / 230 Volts , Single Phase AC , 50/60 Hz