JAYCEE Andheri East, Mumbai, Maharashtra

India is the second largest producer of cement in the world, with production capacity expected to grow to 407 Mtpa by 2020. As one the leading distributors of cement in Western helps you select the right type and brand of cement for your requirements, and backs it up with reliable, timely supplies, efficient customer service and technical support. We are authorized distributors for all major cement manufacturers in India.We can supply the following types of Cement for various applications:Ordinary Portland Cement (OPC) - Grade 42.5 53, Portland Pozzolana Cement (PPC), Portland Slag Cement (PSC).

Shamina woolen shawls are among all the different types of shawls one the leading in the list preferred by people in the world, the reason to this is that they are soft and really useful to use for the cold weathers, having the similarities of functions of a “scarf” but with an artistic, elegant, and unique design on them. What makes shamina shawls sosoft and enjoyable to wear is that they are made with baby cashmere wool which means the fiber´s diameter is smaller than regular pashmina shawls, the design on them come with a variety of colors as well as different embroideries like the sozni embroidery. These particular handmade woolen shawls take averagely 12 days to be made by an artisan and they are really hard to make due to the thin diameter of the hair fiber used.

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Natural Gypsum is Calcium Sulphate Dihydrate (CaSO4.2H2O) deposited in sedimentary layers on the sea bed. Under high pressure and temperature Gypsum turns into Anhydrite (CaSO4). Natural GypsumAnhydrite are produced from open-cast mines, or underground mines. Natural Gypsum is normally only screened to remove ‘fines’ (mainly mudstones), then crushed and finely ground for various applications. Natural Gypsum is an indispensable component of Ordinary Portland Cement as it has a great influence on water consumption of standard consistence and strength simultaneously. During the cement manufacturing process, 4%-6% of Natural Gypsum (by weight) in crushed form is introduced during the final grinding process upon cooling of clinker. It plays an important role in controlling the rate of hardening or setting of cement. If not added, the cement will set immediately after mixing of water leaving no time for concrete placing Over 60% of Natural Gypsum produced across the world is used in cement manufacturing. Other applications include production of plaster, plasterboards, Gypsum fibreboard and Gypsum blocks. It can also be used as a soil conditioner and has various other specialized applications. An important property of Gypsum is that it is naturally fire-resistant.

Natural Gypsum is Calcium Sulphate Dihydrate (CaSO4.2H2O) deposited in sedimentary layers on the sea bed. Under high pressure and temperature Gypsum turns into Anhydrite (CaSO4). Natural Gypsum/Anhydrite are produced from open-cast mines, or underground mines. Natural Gypsum is normally only screened to remove ‘fines’ (mainly mudstones), then crushed and finely ground for various applications. Natural Gypsum is an indispensable component of Ordinary Portland Cement as it has a great influence on water consumption of standard consistence and strength simultaneously. During the cement manufacturing process, 4%-6% of Natural Gypsum (by weight) in crushed form is introduced during the final grinding process upon cooling of clinker. It plays an important role in controlling the rate of hardening or setting of cement. If not added, the cement will set immediately after mixing of water leaving no time for concrete placing Over 60% of Natural Gypsum produced across the world is used in cement manufacturing. Other applications include production of plaster, plasterboards, Gypsum fibreboard and Gypsum blocks. It can also be used as a soil conditioner and has various other specialized applications. An important property of Gypsum is that it is naturally fire-resistant. We source Natural Gypsum directly from mines in Oman, and export to various destinations across the world.

CEMGUARD® Microsilica (Silica Fume) is a by-product of producing silicon metal or ferrosilicon alloys in smelters using electric arc furnaces. It is a grey coloured powder, pozzolanic in nature. It is sourced from a single, dedicated factory in China and produced under strict quality control to maintain the highest levels of product consistency, and ensure minimum standard deviation. In concrete, it fills the space between cement grains - commonly referred to as particle packing or micro-filling. It also reacts with the calcium hydroxide from cement to form an additional binder called calcium silicate hydrate. Both these effects enhance the physical and chemical properties of concrete. CEMGUARD® Microsilica is available in two dry powder forms - densified and undensified. Densified Microsilica is most popularly used in concrete construction. It is produced by tumbling undensified Microsilica particles in a silo, to form agglomerates with bulk densities between 500-700 KGm3. Undensified Microsilica (bulk density between 200-350 KGm3) is only used in specialized applications as it is not economical to transport because of its low bulk density. Quality-controlled and consistent Microsilica with uniform colour, and sourced from a single, dedicated factory is the key to maximizing its value in various applications. The production facilities of CEMGUARD® Microsilica have an in-house laboratory for testing of key parameters such as retention over SiO2 content, loss-on-ignition and moisture as per standard codes, while bulk density is controlled during the densification process.

CEMGUARD® Microsilica (Silica Fume) is a by-product of producing silicon metal or ferrosilicon alloys in smelters using electric arc furnaces. It is a grey coloured powder, pozzolanic in nature. It is sourced from a single, dedicated factory in China and produced under strict quality control to maintain the highest levels of product consistency, and ensure minimum standard deviation. In concrete, it fills the space between cement grains - commonly referred to as particle packing or micro-filling. It also reacts with the calcium hydroxide from cement to form an additional binder called calcium silicate hydrate. Both these effects enhance the physical and chemical properties of concrete.

Blast Furnace Slag is a by-product from the manufacturing of steel in a blast furnace. Initially in its molten form, it is diverted to a granulator where it is quenched with water and rapidly cooled to form glassy, non-metallic granules which are silicates and aluminosilicates of calcium. These granules are dried to produce Granulated Blast Furnace Slag (GBFS) and then ground to a suitable fineness to produce Ground Granulated Blast Furnace Slag (GGBFS). When used as a cementitious material in concrete, GGBFS enhances long-term performance and durability characteristics while reducing life-cycle and maintenance costs. We source GGBFS from JSW Steel Ltd. - which is one of the largest steel producers in India. At JSW, GBFS is ground to a controlled fineness through Vertical Roller Mills with the latest technology and quality control systems to produce GGBFS. The grinding process takes account of mean particle size, grading (particle size distribution) and particle shape, thus giving quality-assured material which is consistent, predictable and suitable for varied applications. In concrete, JSW GGBFS may be proportioned from 20% to 80% depending on the application. It is substituted for Portland cement on a one-to-one basis by mass. The proportion of JSW GGBFS used is usually dictated by requirements for strength, durability, time of set, heat generation, or the resistance of the concrete mixture to alkali silica reaction (ASR) and sulphate attack. Water demand for any given slump generally reduces by 5% upon addition of JSW GGBFS. Some key advantages of JSW GGBFS in concrete include high compressive strength, high flexural strength, low permeability and chemical attacks, low heat of hydration and thermal cracking in mass concrete, alkali silica reaction and sulphate attack mitigation, improved workability and finishing characteristics. The service life of structures using JSW GGBFS is enhanced by more than 100% on account of superior durability of concrete. GGBFS use in concrete qualifies for credit under the U.S. Green Building Council's popular LEED™ rating system for sustainable construction. Applications of JSW GGBFS encompass residential/ commercial buildings, industrial buildings, marine structures, high rise structures, bridges, roads, mass concrete projects (dams), underground structures and coastal structures.

Natural Gypsum is Calcium Sulphate Dihydrate (CaSO4.2H2O) deposited in sedimentary layers on the sea bed. Under high pressure and temperature Gypsum turns into Anhydrite (CaSO4). Natural GypsumAnhydrite are produced from open-cast mines, or underground mines. Natural Gypsum is normally only screened to remove ‘fines’ (mainly mudstones), then crushed and finely ground for various applications.Natural Gypsum is an indispensable component of Ordinary Portland Cement as it has a great influence on water consumption of standard consistence and strength simultaneously. During the cement manufacturing process, 4%-6% of Natural Gypsum (by weight) in crushed form is introduced during the final grinding process upon cooling of clinker. It plays an important role in controlling the rate of hardening or setting of cement. If not added, the cement will set immediately after mixing of water leaving no time for concrete placing, Over 60% of Natural Gypsum produced across the world is used in cement manufacturing. Other applications include production of plaster, plasterboards, Gypsum fibreboard and Gypsum blocks. It can also be used as a soil conditioner and has various other specialized applications. An important property of Gypsum is that it is naturally fire-resistant.

Blast Furnace Slag is a by-product from the manufacturing of steel in a blast furnace. Initially in its molten form, it is diverted to a granulator where it is quenched with water and rapidly cooled to form glassy, non-metallic granules which are silicates and aluminosilicates of calcium. These granules are dried to produce Granulated Blast Furnace Slag (GBFS) and then ground to a suitable fineness to produce Ground Granulated Blast Furnace Slag (GGBFS). When used as a cementitious material in concrete, GGBFS enhances long-term performance and durability characteristics while reducing life-cycle and maintenance costs. We source GGBFS from JSW Steel Ltd. - which is one of the largest steel producers in India. At JSW, GBFS is ground to a controlled fineness through Vertical Roller Mills with the latest technology and quality control systems to produce GGBFS. The grinding process takes account of mean particle size, grading (particle size distribution) and particle shape, thus giving quality-assured material which is consistent, predictable and suitable for varied applications. In concrete, JSW GGBFS may be proportioned from 20% to 80% depending on the application. It is substituted for Portland cement on a one-to-one basis by mass. The proportion of JSW GGBFS used is usually dictated by requirements for strength, durability, time of set, heat generation, or the resistance of the concrete mixture to alkali silica reaction (ASR) and sulphate attack. Water demand for any given slump generally reduces by 5% upon addition of JSW GGBFS.

CEMGUARD® Fly Ash is a pozzolanic material, captured in electro-static precipitators as a by-product from coal-fired thermal power stations. It consists of small, hard and spherical particles rich in silica (glass) and alumina, with pozzolanic properties. It complements Portland cement upon hydration by reacting with free lime (calcium hydroxide) to form an additional durable binder, namely calcium silicate hydrate. The spherical particles also have a �ball-bearing� effect, which allows concrete to be produced using less water. CEMGUARD® Fly Ash is subject to processing quality control to regulate its fineness (particle size and distribution, shape and glass content) and unburnt carbon (loss-on-ignition), thus giving quality-assured material which is consistent, predictable and suitable for varied applications. We are working towards CE Marking for CEMGUARD® Fly Ash. CEMGUARD® Fly Ash is mainly used as a partial replacement of cement in concrete, and has unique properties that benefit both fresh and hardened concrete. Its key advantages include reduced heat of hydration, improved workability, enhanced durability and longer setting time. It can be effectively used where aggregates have poor grading and shape, resulting in bleeding and segregation.

Brand Name : CEMGUARD Fly Ash

Copper Slag is a byâ��product obtained during the matte smelting and refining of copper. It is formed when molten slag is cooled slowly, forming a dense, hard crystalline product. Quick solidification by pouring molten slag into water gives granulated amorphous slag. Quality control is done through systematic control of the smelting process, and testing of composite samples at the in-house as well as independent laboratories. We source Copper Slag from Birla Copper, a unit of Hindalco Industries Ltd. (Aditya Birla Group)) as well as from Japan. Applications of Copper Slag include abrasive blasting, building materials, land filling, road construction, abrasive tools, cutting tools, tiles and glass and roofing granules. Replacing sand by Copper Slag in blasting applications will lead to safer and cleaner dust free environment, gives high quality and high efficiency. It cuts the surface faster resulting into low man-hours requirement and near to white metal finish. As per ISO 8501-1 standard it gives surface Finish Up To SA3, SAâ��2½ , SAâ��2. Partial replacement of sand by Copper Slag in concrete is allowed up to 10% by mass. Copper Slag has similar properties to sand, and is a very effective substitute during monsoon (rainy) season. Further, Copper Slag is also used in the production of cement, mortar and concrete as a raw material for clinker, cement replacement, coarse and fine aggregates. Central Road Research Institute (CRRI) recommends usage of Copper Slag in road construction and structural fill applications. It is very good substitute of soil for land filling. Copper Slag is also cost-effective compared to soil and helps conserve the environment.

CEMGUARD® Fly Ash is a pozzolanic material, captured in electro-static precipitators as a by-product from coal-fired thermal power stations. It consists of small, hard and spherical particles rich in silica (glass) and alumina, with pozzolanic properties. It complements Portland cement upon hydration by reacting with free lime (calcium hydroxide) to form an additional durable binder, namely calcium silicate hydrate. The spherical particles also have a ‘ball-bearing’ effect, which allows concrete to be produced using less water. CEMGUARD® Fly Ash is subject to processing quality control to regulate its fineness (particle size and distribution, shape and glass content) and unburnt carbon (loss-on-ignition), thus giving quality-assured material which is consistent, predictable and suitable for varied applications. We are working towards CE Marking for CEMGUARD® Fly Ash. CEMGUARD® Fly Ash is mainly used as a partial replacement of cement in concrete, and has unique properties that benefit both fresh and hardened concrete. Its key advantages include reduced heat of hydration, improved workability, enhanced durability and longer setting time. It can be effectively used where aggregates have poor grading and shape, resulting in bleeding and segregation. It is also suited for mass concrete applications, and in hot and aggressive environments where early-age thermal cracking and durability are major concerns. General replacement of cement with CEMGUARD® Fly Ash in concrete can be 15-35% by weight for normal structures. However, for special structures such as dams, the replacement levels can increase up to 70%. The service life of structures using CEMGUARD® Fly Ash is enhanced by more than 100% on account of superior durability of concrete. Fly Ash use in concrete qualifies for credit under the U.S. Green Building Council's popular LEED® rating system for sustainable construction.

CEMGUARD® Microsilica (Silica Fume) is a by-product of producing silicon metal or ferrosilicon alloys in smelters using electric arc furnaces. It is a grey coloured powder, pozzolanic in nature. It is sourced from a single, dedicated factory in China and produced under strict quality control to maintain the highest levels of product consistency, and ensure minimum standard deviation. In concrete, it fills the space between cement grains - commonly referred to as particle packing or micro-filling. It also reacts with the calcium hydroxide from cement to form an additional binder called calcium silicate hydrate. Both these effects enhance the physical and chemical properties of concrete. CEMGUARD® Microsilica is available in two dry powder forms - densified and undensified. Densified Microsilica is most popularly used in concrete construction. It is produced by tumbling undensified Microsilica particles in a silo, to form agglomerates with bulk densities between 500-700 KG/m3. Undensified Microsilica (bulk density between 200-350 KG/m3) is only used in specialized applications as it is not economical to transport because of its low bulk density. Quality-controlled and consistent Microsilica with uniform colour, and sourced from a single, dedicated factory is the key to maximizing its value in various applications. The production facilities of CEMGUARD® Microsilica have an in-house laboratory for testing of key parameters such as retention over SiO2 content, loss-on-ignition and moisture as per standard codes, while bulk density is controlled during the densification process. CEMGUARD® Microsilica has unique properties that benefit both fresh and hardened concrete. Its key advantages include increased strength and durability as well as enhanced rheology of concrete. CEMGUARD® Microsilica can be used in concrete in two ways - as an addition (generally 8-15% by mass of cement) to enhance properties of the fresh and/or hardened concrete or as a partial cement replacement (5-10% by mass of cement) to maintain the 28-day compressive strength at lower cement content (with associated environmental benefits) while reducing the heat of hydration and improving durability. Applications of CEMGUARD® Microsilica encompass shotcrete, high-strength & very high strength concrete, triple blend with fly ash, low-heat concrete, tunnels, marine & coastal, tall buildings, dams, floors & pavements, mortars & grouts and self-compacting concrete. It is also used to reduce cost of construction.

CEMGUARD® Fly Ash is a pozzolanic material, captured in electro-static precipitators as a by-product from coal-fired thermal power stations. It consists of small, hard and spherical particles rich in silica (glass) and alumina, with pozzolanic properties. It complements Portland cement upon hydration by reacting with free lime (calcium hydroxide) to form an additional durable binder, namely calcium silicate hydrate. The spherical particles also have a ‘ball-bearing’ effect, which allows concrete to be produced using less water. CEMGUARD® Fly Ash is subject to processing/ quality control to regulate its fineness (particle size and distribution, shape and glass content) and unburnt carbon (loss-on-ignition), thus giving quality-assured material which is consistent, predictable and suitable for varied applications. We are working towards CE Marking for CEMGUARD® Fly Ash. CEMGUARD® Fly Ash is mainly used as a partial replacement of cement in concrete, and has unique properties that benefit both fresh and hardened concrete. Its key advantages include reduced heat of hydration, improved workability, enhanced durability and longer setting time. It can be effectively used where aggregates have poor grading and shape, resulting in bleeding and segregation. It is also suited for mass concrete applications, and in hot and aggressive environments where early-age thermal cracking and durability are major concerns. General replacement of cement with CEMGUARD® Fly Ash in concrete can be 15-35% by weight for normal structures. However, for special structures such as dams, the replacement levels can increase up to 70%. The service life of structures using CEMGUARD® Fly Ash is enhanced by more than 100% on account of superior durability of concrete. Fly Ash use in concrete qualifies for credit under the U.S. Green Building Council's popular LEED® rating system for sustainable construction. Applications of CEMGUARD® Fly Ash encompass structural and ready mix concrete, cement, plastering and brick mortar, pre-cast and pre-stressed concrete, pumped concrete, bricks and blocks. CEMGUARD® Fly Ash can either be pre-blended with the cement or sold separately for subsequent blending at the concrete batching plant. It is recommended that the volume of water may be reduced by 2.5% and quantity of sand may be reduced by 0.5% for every 10% of CEMGUARD® Fly Ash used instead of cement in concrete. Apart from the use of CEMGUARD® Fly Ash in blended cements or as a direct addition in concrete manufacture, CEMGUARD® Fly Ash may also be used as a raw material ingredient in clinker production where the silica and alumina contents are of particular interest. Non cementitious uses for CEMGUARD® Fly Ash are wide ranging and include use in roads, asphalt, soil and waste stabilisation, lightweight aggregates, etc. It can also be used to replace the filler ingredient of asphalt mix, which is usually 7-10%, leading to reduction in bitumen consumption by 10-15% resulting in a superior asphalt mix and cost-savings.

India is the second largest producer of cement in the world, with production capacity expected to grow to 407 Mtpa by 2020. As one the leading distributors of cement in Western India, JAYCEE helps you select the right type and brand of cement for your requirements, and backs it up with reliable, timely supplies, efficient customer service and technical support. We are authorized distributors for all major cement manufacturers in India. We can supply the following types of Cement for various applications: Grey Cement Ordinary Portland Cement (OPC) - Grade 42.5 53 Portland Pozzolana Cement (PPC) Portland Slag Cement (PSC) White Cement Special Cement Sulphate Resisting Cement (SRC) Oil Well Cement Clinker Our customers include the biggest ready mix concrete producers, real estate and infrastructure developers contractors, retailers as well as global traders. Our systematic and professional approach to business, coupled with high standards of ethics and integrity, have contributed immensely towards our credibility and long-term relationships with customers. We supply Cement and Clinker in local and export markets.

India is the second largest producer of cement in the world, with production capacity expected to grow to 407 Mtpa by 2020. As one the leading distributors of cement in Western India, JAYCEE helps you select the right type and brand of cement for your requirements, and backs it up with reliable, timely supplies, efficient customer service and technical support. We are authorized distributors for all major cement manufacturers in India. We can supply the following types of Cement for various applications: Grey Cement Ordinary Portland Cement (OPC) - Grade 42.5/ 53 Portland Pozzolana Cement (PPC) Portland Slag Cement (PSC) White Cement Special Cement Sulphate Resisting Cement (SRC) Oil Well Cement Clinker Our customers include the biggest ready mix concrete producers, real estate and infrastructure developers/ contractors, retailers as well as global traders. Our systematic and professional approach to business, coupled with high standards of ethics and integrity, have contributed immensely towards our credibility and long-term relationships with customers. We supply Cement and Clinker in local and export markets.

Blast Furnace Slag is a by-product from the manufacturing of steel in a blast furnace. Initially in its molten form, it is diverted to a granulator where it is quenched with water and rapidly cooled to form glassy, non-metallic granules which are silicates and aluminosilicates of calcium. These granules are dried to produce Granulated Blast Furnace Slag (GBFS).Due to stringent quality control in the steel production process, the chemical composition of its by-product GBFS is highly stable. Regular checks are carried out on the granulate to monitor the amount of glass produced as a control on the effectiveness of the quenching process. GBFS is light in color, around 3mm down to dust in size and has a relatively high moisture content. The material is allowed to drain by stocking in heaps for sufficient time.GBFS is ground to a suitable fineness to produce Ground Granulated Blast Furnace Slag (GGBFS), which is used as a cementitious material in concrete to enhance long-term performance and durability characteristics while reducing life-cycle and maintenance costs. With the poor quality, contamination (silt, clay, etc.) and depletion of natural sand, as well as significant negative environmental impact of crushed sand (rockgranite), GBFS has found its way as an effective replacement of natural sand crushed sand in concrete as a fine aggregate. Advantages include reduction of cement content, higher reactive silica and negligible silt content, improved strength, reduced permeability and chemical attacks, increased durability, lower shrinkage cracks, better cohesiveness and workability, improved bonding and smoother finish.