Accelerated Curing Tank Dealers in Ahmedabad

• Brand Name: KJ
• Condition: new
• Material: SS
• Temperature Range: 100 /- 2 Deg.c

• Brand Name: EIE

We are specialized in manufacturing top class accelerated curing tanks that comes with varied specifications. The accelerated curing tanks that we supply are cement testing equipment reliably used for inspecting cement specimen. Designed to perfection, our accelerated curing tank is quality par excellence. Moreover, avail from us, these quality-tested accelerated curing tanks at very affordable prices. availability accelerated curing autoclave : by steam pressure accelerated curing drier : by dry heat introduction the strength of concrete is generally estimated after 28 days by crushing field test cubes or cylinders made from the representative concrete used for the structure. The utility of ascertaining strength after 28 days is often questioned since by this time considerable concrete would have been placed and work may have progressed. It is then rather too late for remedial measures. It is therefore of tremendous advantage to predict 28 days strength within a few hours of casting the concrete so that, we have a good idea about the strength of the concrete. the rate of gain of strength of concrete depends on the reaction rate of cement and additions with water (hydration). In common with all chemical reactions, the rate of reaction depends on reaction of temp. Higher reaction temperature gives higher rate of reaction e.g. The concrete gains strength more rapidly when its temp. Is higher. Accelerated curing is the process by which the temperature of the concrete is raised artificially by applying external heat to speed up the rate of gain in strength. the test method covers procedures for curing test specimens of concrete stored under conditions intended to accelerate the development of strength. The procedures are: procedure a- warm water method, procedure b-boiling water method general description and specifications accelerated curing tank having capacity to accommodate 6/12/18 concrete cubes of 150mm size with a facility for accelerated curing by boiling water method up to temperature range : 100 +/- 2 deg.c as per is standard is : 9013. also it will have capacity for curing by warm water method at temperature 55 +/- 2 deg.c tank will consist of a rectangular double walled metal cabinet, inside lined with stainless steel, outer powder coated. Easily replaceable high wattage heaters are mounted in side the chamber. A slow speed stirrer is provided to circulate water inside the chamber to maintain the uniform temperature of water. a strong stainless steel perforated platform is provided for keeping the cubes and also have a lid with lifting handle to cover the chamber. the temperature is indicated and controlled by a digital auto tuning pid temp. Controller with soak timer to control the duration of heating and then to shut down the system without manual attendance. The front panel will have power supply indicating lamp, control action indication lamp and one main switch. Suitable for operation on 220 v, 50 hz single phase, ac supply or 440 v 50 hz, three phase ac supply, for bigger size of curing tank. optional accessories rubber hand gloves. Spare heaters. Low water level cut off device to safeguard heaters against low water level burn out in built refrigeration system for curing at 27 deg c

Accelerated Curing Tank having capacity to accommodate 61218 Concrete Cubes of 150mm size with a facility for accelerated curing by Boiling water method up to temperature range : 100 +- 2 deg.C as per IS standard IS : 9013. Also it will have capacity for curing by warm water method at temperature 55 +- 2 deg.C

The strength of concrete is generally estimated after 28 days by crushing field test cubes or cylinders made from the representative concrete used for the structure. The utility of ascertaining strength after 28 days is often questioned since by this time considerable concrete would have been placed and work may have progressed. It is then rather too late for remedial measures. It is therefore of tremendous advantage to predict 28 days strength within a few hours of casting the concrete so that, we have a good idea about the strength of the concrete.The rate of gain of strength of concrete depends on the reaction rate of cement and additions with water (Hydration). In common with all chemical reactions, the rate of reaction depends on reaction of temp. Higher reaction temperature gives higher rate of reaction e.g. the concrete gains strength more rapidly when its temp. is higher. Accelerated curing is the process by which the temperature of the concrete is raised artificially by applying external heat to speed up the rate of gain in strength.The test method covers procedures for curing test specimens of concrete stored under conditions intended to accelerate the development of strength. The procedures are: Procedure A- Warm Water Method, Procedure B-Boiling Water Method General Descripation & Specifications Accelerated Curing Tank having capacity to accommodate 6/12/18 Concrete Cubes of 150mm size with a facility for accelerated curing by Boiling water method up to temperature range : 100 +/- 2 deg.C as per IS standard IS : 9013. Also it will have capacity for curing by warm water method at temperature 55 +/- 2 deg.CTank will consist of a rectangular double walled metal cabinet, inside lined with stainless steel, outer powder coated. Easily replaceable high Wattage heaters are mounted in side the chamber. A slow speed stirrer is provided to circulate water inside the chamber to maintain the uniform temperature of water. A strong stainless steel perforated platform is provided for keeping the cubes and also have a lid with lifting handle to cover the chamber.The temperature is indicated and controlled by a DIGITAL auto tuning PID Temp. Controller with soak timer to control the duration of heating and then to shut down the system without manual attendance. The front panel will have power supply indicating lamp, control action indication lamp and one main switch. Suitable for operation on 220 V, 50 Hz single phase, AC supply or 440 V 50 Hz, three phase AC supply, for bigger size of curing tank. Optional Accessories Rubber hand Gloves. Spare Heaters. Low water Level cut off device to safeguard heaters against low water level burn out In built refrigeration system for curing at 27 deg C Also Available .

    Introduction The strength of concrete is generally estimated after 28 days by crushing field test cubes or cylinders made from the representative concrete used for the structure. The utility of ascertaining strength after 28 days is often questioned since by this time considerable concrete would have been placed and work may have progressed. It is then rather too late for remedial measures. It is therefore of tremendous advantage to predict 28 days strength within a few hours of casting the concrete so that, we have a good idea about the strength of the concrete.   The rate of gain of strength of concrete depends on the reaction rate of cement and additions with water (Hydration). In common with all chemical reactions, the rate of reaction depends on reaction of temp. Higher reaction temperature gives higher rate of reaction e.g. the concrete gains strength more rapidly when its temp. is higher. Accelerated curing is the process by which the temperature of the concrete is raised artificially by applying external heat to speed up the rate of gain in strength.   The test method covers procedures for curing test specimens of concrete stored under conditions intended to accelerate the development of strength. The procedures are: Procedure A- Warm Water Method, Procedure B-Boiling Water Method   General Description & Specification: Accelerated Curing Tank having capacity to accommodate 6/12/18 Concrete Cubes of 150mm size with a facility for accelerated curing by Boiling water method up to temperature range : 100 +/- 2 deg.C as per IS standard IS : 9013. Also it will have capacity for curing by warm water method at temperature 55 +/- 2 deg.C   Tank will consist of a rectangular double walled metal cabinet, inside lined with stainless steel, outer powder coated. Easily replaceable high Wattage heaters are mounted in side the chamber. A slow speed stirrer is provided to circulate water inside the chamber to maintain the uniform temperature of water. A strong stainless steel perforated platform is provided for keeping the cubes and also have a lid with lifting handle to cover the chamber.   The temperature is indicated and controlled by a DIGITAL auto tuning PID Temp. Controller with soak timer to control the duration of heating and then to shut down the system without manual attendance. The front panel will have power supply indicating lamp, control action indication lamp and one main switch. Suitable for operation on 220 V, 50 Hz single phase, AC supply or 440 V 50 Hz, three phase AC supply, for bigger size of curing tank.   Optional Accessories Rubber hand Gloves. Spare Heaters. Low water Level cut off device to safeguard heaters against low water level burn out In built refrigeration system for curing at 27 deg C   Recommended Accessories & Consumbles The following accessories and consumables are not part of the standard supply and are mandatory for the testing work     Also Available   Accelerated Curing Autoclave : By Steam Pressure   Accelerated Curing Drier : By Dry Heat

• Brand Name: EIE
• Application: Cement Testing Equipment
• Place of Origin: Gujarat, India
• Port: GUJARAT, AHMEDABAD
• Packaging Details: plywood packing with robust foundation

The strength of concrete is generally estimated after 28 days by crushing field test cubes or cylinders made from the representative concrete used for the structure. The utility of ascertaining strength after 28 days is often questioned since by this time considerable concrete would have been placed and work may have progressed. It is then rather too late for remedial measures. It is therefore of tremendous advantage to predict 28 days strength within a few hours of casting the concrete so that, we have a good idea about the strength of the concrete.The rate of gain of strength of concrete depends on the reaction rate of cement and additions with water (Hydration). In common with all chemical reactions, the rate of reaction depends on reaction of temp. Higher reaction temperature gives higher rate of reaction e.g. the concrete gains strength more rapidly when its temp. is higher. Accelerated curing is the process by which the temperature of the concrete is raised artificially by applying external heat to speed up the rate of gain in strength.The test method covers procedures for curing test specimens of concrete stored under conditions intended to accelerate the development of strength. The procedures are: Procedure A- Warm Water Method, Procedure B-Boiling Water Method General Descripation & Specifications Accelerated Curing Tank having capacity to accommodate 6/12/18 Concrete Cubes of 150mm size with a facility for accelerated curing by Boiling water method up to temperature range : 100 +/- 2 deg.C as per IS standard IS : 9013. Also it will have capacity for curing by warm water method at temperature 55 +/- 2 deg.CTank will consist of a rectangular double walled metal cabinet, inside lined with stainless steel, outer powder coated. Easily replaceable high Wattage heaters are mounted in side the chamber. A slow speed stirrer is provided to circulate water inside the chamber to maintain the uniform temperature of water. A strong stainless steel perforated platform is provided for keeping the cubes and also have a lid with lifting handle to cover the chamber.The temperature is indicated and controlled by a DIGITAL auto tuning PID Temp. Controller with soak timer to control the duration of heating and then to shut down the system without manual attendance. The front panel will have power supply indicating lamp, control action indication lamp and one main switch. Suitable for operation on 220 V, 50 Hz single phase, AC supply or 440 V 50 Hz, three phase AC supply, for bigger size of curing tank. Optional Accessories Rubber hand Gloves. Spare Heaters. Low water Level cut off device to safeguard heaters against low water level burn out In built refrigeration system for curing at 27 deg C

The tank has been designed to accommodate 150mm/70.6mm cube moulds upto 36/72 cube mould and fully insulated, complete with a hinged lid, heater, thermostat and re-circulated pump. Provision of two removable racks allowing free circulation of water around each mould. The pump, drain valves and electrical equipment are housed in a compartment located at one end of the tank. The Tank is heated by a immersion heater under normal conditions and refrigeration system for grey cement the temperature is controlled at 35oC or 100oC ± 2oC / 27oC +2oC , expect for the 15 minutes after immersion of the freshly made specimens. Curing Tank for 6/12 moulds of 150mm / 70.6mm size Curing Tank for 12/24 moulds of 150mm / 70.6mm size Curing Tank for 24/48 moulds of 150mm / 70.6mm size Curing Tank for 36/72 moulds of 150mm / 70.6mm size

• Shape: Rectangular, Square
• Certification: ISO 9001:2008
• Color: Silver, White
• Condition: New, Used
• Capacity: 100-1000ltr, 1000-2000ltr, 2000-3000ltr, 3000-4000ltr, 4000-5000ltr
• Finishing: Non Polished, Polished
• Feature: Anti Corrosive, Durable, Eco-Friendly, High Quality, Shiny Look
• Warranty: 1year, 2years, 5years

the strength of concrete is generally estimated after 28 days by crushing field test cubes or cylinders made from the representative concrete used for the structure. The utility of ascertaining strength after 28 days is often questioned since by this time considerable concrete would have been placed and work may have progressed. It is then rather too late for remedial measures. It is therefore of tremendous advantage to predict 28 days strength within a few hours of casting the concrete so that, we have a good idea about the strength of the concrete.the rate of gain of strength of concrete depends on the reaction rate of cement and additions with water (hydration). In common with all chemical reactions, the rate of reaction depends on reaction of temp. Higher reaction temperature gives higher rate of reaction e.g. The concrete gains strength more rapidly when its temp. Is higher. Accelerated curing is the process by which the temperature of the concrete is raised artificially by applying external heat to speed up the rate of gain in strength.the test method covers procedures for curing test specimens of concrete stored under conditions intended to accelerate the development of strength. The procedures are: procedure a- warm water method, procedure b-boiling water method general descripation & specifications accelerated curing tank having capacity to accommodate 6/12/18 concrete cubes of 150mm size with a facility for accelerated curing by boiling water method up to temperature range : 100 +/- 2 deg.c as per is standard is : 9013. Also it will have capacity for curing by warm water method at temperature 55 +/- 2 deg.ctank will consist of a rectangular double walled metal cabinet, inside lined with stainless steel, outer powder coated. Easily replaceable high wattage heaters are mounted in side the chamber. A slow speed stirrer is provided to circulate water inside the chamber to maintain the uniform temperature of water. A strong stainless steel perforated platform is provided for keeping the cubes and also have a lid with lifting handle to cover the chamber.the temperature is indicated and controlled by a digital auto tuning pid temp. Controller with soak timer to control the duration of heating and then to shut down the system without manual attendance. The front panel will have power supply indicating lamp, control action indication lamp and one main switch. Suitable for operation on 220 v, 50 hz single phase, ac supply or 440 v 50 hz, three phase ac supply, for bigger size of curing tank. optional accessories rubber hand gloves. Spare heaters. Low water level cut off device to safeguard heaters against low water level burn out in built refrigeration system for curing at 27 deg c

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Accelerated Curing Tank, Ductility Testing Machine, Vacuum Pump

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