Seetal Hardware

Ultratech cement price today in Hyderabad, we supply multiple cement brands at best rates in Hyderabad, we have the daily updated price of Ultratech cement in Hyderabad. Free Delivery Within 24 Hours.

Our CM3 Super Fast cement is yet one more specialized variant from our assortment of cement products. This is manufactured as per IS 8041:1990. This is a product that requires a separate manufacturing line in an endeavour to maintain quality control in all stages of the manufacturing process. Uses: This is used to produce hollow blocks, solid blocks, paving blocks, fly ash bricks and other pre-cast items that require quick setting. Specification : Descriptions Compliance : IS 8041:1990

White Super-High Strength Fast Setting Rapid Hardening High Belite Sulpho Aluminate Cement These are white hydraulic binders (referred to as white super-high strength double-fast cement)with super-high strength, fast setting and rapid hardening properties, made from active (or inactive) mixed materials such as fast setting rapid hardening high belite sulpho aluminate cement clinker with low content of ferric oxide, moderate amount of gypsum (or industrial by-product gypsum), slag and other active (or inactive) hybrid materials with fine grinding, and the code is BS - WSF. Specification item value Warranty 1 Year After-sale Service Online technical support Project Solution Capability Others Application construction Design Style Contemporary Model Number White Super-High Strength Fast Setting Rapid Hardening High Belite Sulpho Aluminate Cement Feature Decorative Type Calcium sulfoaluminate cement Hardening Feature Extra Rapid Hardening Heat of Hydration Low-Heat Strength Grade(Mpa) 42.5 INITIAL SETTING TIME 15mins FINAL SETTING TIME 45mins Technical Data: Physical Properties: Advantages: 1/ Fast setting, Rapid hardening, high strength; 4h compressive strength can reach 15Mpa, 102Mpa after 28d, suitable to make the high strength products. 2/ Micro expansion, low dry shrinkage, the length change is very small. Dry shrinkage rate is just 1/8 of Portland cement. 3/ Have very good anti-corrosion property in sulfate, chloride, magnesium salt and seawater. Corrosion resistance coefficient 1. 4/ High impermeability, permeation height is 1/5 of Portland cement. 5/ High frozen resistance property, can get the strength of critical intensity of cold in 2h 3h. 6/ Low hydration heat release 7/ PH value is under 10.0 for GRC products. 8/ High whiteness value, the Hunter whiteness is above 75. 9/ Re-alkali resistant performance is good 10/ Can be mixed with Portland cement in a proper ratio, can greatly reduce the shrinkage of Portland cement, reduce the cracks. Application area: 1/GRC 2/Decoration mortar 3/Interior and exterior wall putty 4/Artificial stone and floor 5/Decorative concrete 6/Building reinforcement 7/ HPC and RPC 8/Rush projects and constructions, projects in winter. 9/ High early strength Non-shrinkage grouts

It is used in mortar for plastering, masonry work, pointing, etc. It is used for making joints for drains and pipes. It is used for water tightness of structure. It is used in concrete for laying floors, roofs and constructing lintels, beams, stairs, pillars etc.

Cement 01kg Tin Pack & Hardner in 70 Gm Alum. Bottle. Super High Strength, Faster Vulcanizing Rubber to Metal, Metal to Fabric, Rubber to Fabric & Rubber to Rubber.

Our Brand Volsil - Silica Cement Admixture contain more then 92 % of amorphase silicon dioxide and high surphase area... Volsil A-Sio2 is a pozzolanic material containing A-Sio2 amorphous silica and minor amounts of residual minerals Test results indicated that the concrete specimens containing 5%, 10 %, 15 %, 20% A-Sio2 replacement by weight for cement had the best compressive and flexural strength and the replacement of cement separately and together using a super plasticizing admixture could be utilized to improve the mechanical properties of the conventional concrete mixtures. Amorphous silica (a-SiO2) in fine-grained form possesses a high pozzolanic activity which makes it a valuable component of blended binders in concrete production. The origin of A-SiO2 applied in cement-based composites is very diverse. SiO2 in amorphous form is present in various amounts in quite a few supplementary cementing materials (SCMs) being used as partial replacement of Portland cement. In this work, the applicability of a commercially produced silica powder as a partial replacement of Portland cement in cement paste mix design is investigated. Portland cement CEM I 42.5R produced according to the EU standard is used as a reference binder. silica is applied in dosages of 5 and 10, 15, 20 % by mass of cement. The water/binder ratio is kept constant in all the studied pastes. For the applied silica, specific surface area, density, loss on ignition, pozzolanic activity, chemical composition, and SiO2 amorphous phase content. For the developed pastes on the basis of cement-silica blended binder, basic physical properties as bulk density, matrix density, and total open porosity are accessed. Pore size distribution is determined using MIP analysis. Initial and final setting times of fresh mixtures are measured by the automatic Vicat apparatus. Effect of silica cement admixture on mechanical resistivity using compressive strength, bending strength, and dynamic Young''''s modulus measurement. The obtained data gives evidence of the workability of paste mixtures with silica, whereas the setting process is accelerated. On the other hand, the reaction activity of silica with Portland cement minerals results in a slight decrease of porosity and improvement of mechanical resistivity of cement pastes containing a-SiO2. Packaging Details: 20 KG PAPER BAGS

Product Information: European Based Finest filler & additive G FINE Micro FINE ULTRA FINE EROPEAN BASED FINEST FILLER G FINE is a new generation supplementary cementitious material (SCM) with a built-in high tech content. In spite of its high fineness it does not increase water demand at the dosage range of 5 to 15 percent of normal OPC in general. In fact concrete slump is seen to be improved, due to the dense packing of cementitious material, producing low void content. The use of G FINE results in hydrated cement matrix to comprise of very small pores. G FINE is a specially processed product based on high glass content with high reactivity obtained through the process of controlled granulation. The raw materials are composed primary of low calcium silicates. The processing with other select ingredients results in controlled particle size distribution. G FINE can also be used as a high range water reducer to improve compressive strength or as a super workability aid to improve flow. G FINE can be used as practical substitute for Silica Fume as per the results obtained. If the advantages of G FINE are observed in the concrete mix design, the initial rate of strength development was found to be increased or similar as that of Silica Fume. Where to use G FINE : Residential, roads, airports, commercial building. Producing mass concrete structures and pile. In high-rise structures the concrete is to be pump easily. Low water to binder ration for high performance concrete. Precast concrete element for heavy structures precast units. To improved initial strength and increase faster . Better retention of workability and improved strength gain. Benefits of G FINE : The workability of the mix retention is improved Improve durability and permeability of concrete Increased strength of concrete Reduction in segregation can be observed in the mix Reduction in heat of hydration of the mix Non- toxic , eco friendly cost effective, economical solution G-FINE Packaging: G FINE is available in Bulk Jumbo bags with plastic inner liner. The product is also available in 25kg plastic lined bags. Storage: G FINE when stored correctly has an indefinite shelf life. Like cement, G-FINE must be protected from contamination and moisture. The product can be stored in bulk in a clean, dry storage silo Or warehouse .

Cement (CEM 32.5 R, CEM 42.5 R, CEM 42.5 N, CEM 52.5N and white cement) Accepted Delivery Terms: FOB & CFR