Concrete Permeability Apparatus Dealers in Ahmedabad

• diameter: 100mm

A concrete structure is considered to be of adequate durability if it performs in accordance with its intended level of functionality and serviceability over an expected or predicted life cycle. Concrete durability depends largely on the ease (or difficulty) with which fluids (water, carbon dioxide, oxygen) in the form of liquid or gas can migrate through the hardened concrete mass. Concrete is a porous material. Therefore, moisture movement can occur by flow, diffusion, or sorption. We are concerned with all three, but generally the overall potential for moisture in concrete by these three modes is referred to as its permeability. General Description & Specifications The set up consist of permeability cell, water reservoir and pressure lines, with glass bottles. Permeability Cell Consists of a metal cylinder with a ledge at the bottom for retaining the specimen, a flange at the top, removable cover plate and a funnel. A rubber gasket is seated in matching grooves, between the cell and the cover plate, to render the joint water tight. Internal working size of the cell will be 100mm dia X 100mm hight. Water Reservoir Consists of a length of metal pipe, 50 to 100 mm in diameter and about 500 mm long. The reservoir fitted with a graduated side arm gauge-glass for admitting water and compressed air and a cock for drainage, bleeding and connection to the permeability cell. Pressure Lines Heavy duty armored rubber hose with end fittings. Complete with glass bottles but without compressor. For specimen size 100 X 100 mm Concrete permeability tester for three specimen of (100mm dia x 100mm height) or (150mm dia x 150mm height) or (150mm cube) is also available.Relavant Standard : IS : 3085 Optional Accessories Air Compressor

The design of concrete mix is aimed at maximum durability for the conditions where it is to be used. Ability to resist the flow of water through is one of the important durability characteristics. The permeability is determined on cement mortar and concrete specimens, either cast in the laboratory or obtained by cutting out cores from existing structures. The Permeability test is carried out as per the standard, IS:3085 and US Bureau of Reclamation, specifications. High Pressure Permeability Test can be conducted on different size specimens using different cells. Each cell is made of steel and provided with a top plate and funnel at the bottom having gasket seals held in position through bolts and nuts. The concrete specimens are sealed in the cell to prevent any leakage along the side walls. The permeated water is collected in glass bottles attached at the bottom. Each test stall has its own control system, operating pressure gauges and valves. The pressure sight glass tubes are fully protected by a shatter proof panel The multi-unit per-meameters are so designed that all tests can be performed at the same time, using either the same head or varying head pressure, as each test stall is provided with its own pressure regulator and control. The control instruments are mounted on a sturdy welded structural stand. All multi-units are provided with end pressure gauges. Each unit is provided with chamber pressure gauges of 0-20 kg/cm2 and test pressure gauges of 0-15 kg/cm2. Pressures are applied using any available pressure line at the site or a compressor. Concrete Permeability Tester for specimen 100mm dia x 100mm height with 3 cells Concrete Permeability Tester for specimen 100mm dia x 100mm height with 1 cell Concrete Permeability Tester for specimen 150mm dia x 150mm height with 3 cells Concrete Permeability Tester for specimen 150mm dia x 150mm height with 1 cell Concrete Permeability Tester for specimen 300mm dia x 300mm height with 3 cells Concrete Permeability Tester for specimen 300mm dia x 300mm height with 1 cell

    Introduction A concrete structure is considered to be of adequate durability if it performs in accordance with its intended level of functionality and serviceability over an expected or predicted life cycle. Concrete durability depends largely on the ease (or difficulty) with which fluids (water, carbon dioxide, oxygen) in the form of liquid or gas can migrate through the hardened concrete mass. Concrete is a porous material. Therefore, moisture movement can occur by flow, diffusion, or sorption. We are concerned with all three, but generally the overall potential for moisture in concrete by these three modes is referred to as its permeability.   General Descriptions & Specifications The set up consist of permeability cell, water reservoir and pressure lines, with glass bottles.   Permeability Cell Consists of a metal cylinder with a ledge at the bottom for retaining the specimen, a flange at the top, removable cover plate and a funnel. A rubber gasket is seated in matching grooves, between the cell and the cover plate, to render the joint water tight. Internal working size of the cell will be 100mm dia X 100mm hight.   Water Reservoir Consists of a length of metal pipe, 50 to 100 mm in diameter and about 500 mm long. The reservoir fitted with a graduated side arm gauge-glass for admitting water and compressed air and a cock for drainage, bleeding and connection to the permeability cell.   Pressure Lines Heavy duty armored rubber hose with end fittings. Complete with glass bottles but without compressor. For specimen size 100 X 100 mm     Concrete permeability tester for three specimen of (100mm dia x 100mm height) or (150mm dia x 150mm height) or (150mm cube) is also available.Relavant Standard : IS : 3085   Optional Accessories Air Compressor

A concrete structure is considered to be of adequate durability if it performs in accordance with its intended level of functionality and serviceability over an expected or predicted life cycle. Concrete durability depends largely on the ease (or difficulty) with which fluids (water, carbon dioxide, oxygen) in the form of liquid or gas can migrate through the hardened concrete mass. Concrete is a porous material. Therefore, moisture movement can occur by flow, diffusion, or sorption. We are concerned with all three, but generally the overall potential for moisture in concrete by these three modes is referred to as its permeability. General Description & Specifications The set up consist of permeability cell, water reservoir and pressure lines, with glass bottles. Permeability Cell Consists of a metal cylinder with a ledge at the bottom for retaining the specimen, a flange at the top, removable cover plate and a funnel. A rubber gasket is seated in matching grooves, between the cell and the cover plate, to render the joint water tight. Internal working size of the cell will be 100mm dia X 100mm hight. Water Reservoir Consists of a length of metal pipe, 50 to 100 mm in diameter and about 500 mm long. The reservoir fitted with a graduated side arm gauge-glass for admitting water and compressed air and a cock for drainage, bleeding and connection to the permeability cell. Pressure Lines Heavy duty armored rubber hose with end fittings. Complete with glass bottles but without compressor. For specimen size 100 X 100 mm Concrete permeability tester for three specimen of (100mm dia x 100mm height) or (150mm dia x 150mm height) or (150mm cube) is also available.Relavant Standard : IS : 3085 Optional Accessories Air Compressor

• Certification: CE Certified
• Weight: 10-20kg
• Voltage: 110V
• Capacity: 20L/Hr
• Power: 100-200W
• Driven Type: Electric
• Warranty: 1yrs
• Automation Grade: Automatic

Permeability apparatus is used for determining the permeability of cement mortar and concrete specimens of 15cm cubes cast in the laboratorySpecification: Three pressure gauges for indicating pressure in each cell are supplied apart from the main pressure gauge which indicates pressure in chamber. The concrete permeability apparatus comprises of a brass/ gunmetal cell of squares cross section mounted on a stand and a pressure chamber is connected to the cell through copper tubing and T-connector mounted on the stand with sleeve packed valve and rubber hose pipe with end connections. The cell assembly consists of one base plate, one metal funnel and one top plate, and a pressure tube is supplied to develop pressure in the chamber. The apparatus is supplied with a measuring cylinder 500cc to measure percolated quantity of water. Pressure can also be applied by a pressure air line or by a compressor. Available for sample of size 150mm dia X 150mm high. Available for sample of size 100mm dia X 100mm high. Accessories: Compresssor with pressure gauge 0-20 kg/cm sq. with automatic pressure valve and pressure rubber hose. Suitable for 440 volts A.C. three phase. Specimen casting mould C.I. for 100mm dia X 100 mm high cylinders, Specimen casting mould C.I. for 150mm dia X 10mm high cylinders, Specimen casting mould C.I. for 150mm cubes, Blow stove 1/2 litre capacity, Resin, Bees Wax, Wire brush, Chissel, Spare glass cylinder 500cc capacity  

• diameter: 500 mm
• length: 50 to 100 mm

A concrete structure is considered to be of adequate durability if it performs in accordance with its intended level of functionality and serviceability over an expected or predicted life cycle. Concrete durability depends largely on the ease (or difficulty) with which fluids (water, carbon dioxide, oxygen) in the form of liquid or gas can migrate through the hardened concrete mass. Concrete is a porous material. Therefore, moisture movement can occur by flow, diffusion, or sorption. We are concerned with all three, but generally the overall potential for moisture in concrete by these three modes is referred to as its permeability. General Description & Specifications The set up consist of permeability cell, water reservoir and pressure lines, with glass bottles. Permeability Cell Consists of a metal cylinder with a ledge at the bottom for retaining the specimen, a flange at the top, removable cover plate and a funnel. A rubber gasket is seated in matching grooves, between the cell and the cover plate, to render the joint water tight. Internal working size of the cell will be 100mm dia X 100mm hight. Water Reservoir Consists of a length of metal pipe, 50 to 100 mm in diameter and about 500 mm long. The reservoir fitted with a graduated side arm gauge-glass for admitting water and compressed air and a cock for drainage, bleeding and connection to the permeability cell. Pressure Lines Heavy duty armored rubber hose with end fittings. Complete with glass bottles but without compressor. For specimen size 100 X 100 mm Concrete permeability tester for three specimen of (100mm dia x 100mm height) or (150mm dia x 150mm height) or (150mm cube) is also available.Relavant Standard : IS : 3085 Optional Accessories Air Compressor

• General Description & Specifications: The set up consist of permeability cell, water reservoir and pressure lines, with glass bottles.
• Permeability Cell: Consists of a metal cylinder with a ledge at the bottom for retaining the specimen, a flange at the

A concrete structure is considered to be of adequate durability if it performs in accordance with its intended level of functionality and serviceability over an expected or predicted life cycle. Concrete durability depends largely on the ease (or difficulty) with which fluids (water, carbon dioxide, oxygen) in the form of liquid or gas can migrate through the hardened concrete mass. Concrete is a porous material. Therefore, moisture movement can occur by flow, diffusion, or sorption. We are concerned with all three, but generally the overall potential for moisture in concrete by these three modes is referred to as its permeability.