Conash Infrastructure - The Fly Ash People

26/11/2022

Conash has developed its own fleet of bulkers for the supply of Flyash and GGBS. Inhouse feet are crucial for business performance and can have a range of benefits, including the streamlined flow of Flyash/GGBS and services as well as improved customer satisfaction.

A few of the many benefits are.....

Better collaboration with customers
Better quality control
Shipping optimization
Improved risk mitigation
Better visibility
A more agile business

Tejas Shah
Conash Infrastructure - The Fly Ash People
[email protected]
09725819090

18/05/2021

What is GGBS?

Ground-granulated blast-furnace slag (GGBS or GGBFS) is obtained by quenching molten iron slag, to produce a glassy, granular product that is then dried and ground into a fine powder.

GGBS is a hydraulic binder, which has been known and used for 150 years. GGBS is Stable, Uniform, Non Metallic, Non-Flammable, Non-Hazardous material and ensures greener future by reducing carbon in atmosphere. GGBS confirms to IS 12089 – 1987, EN 15167-1 and ASTM C989-1999.

GGBS is off white in color, with specific gravity of 2.85 – 2.95 and bulk density of 1000 - 1300 kg/m3. It has glass content of 90-95% and blains fineness of 350 – 400 m2/kg. Applications of GGBS encompass all types of buildings, marine structures, high rise structures, bridges, roads, mass concrete projects (dams), underground structures and coastal structures.

Conash Infrastructure is the market leader in local sales as well as exports from India. We collectively supply more than 0.5 MMTPA, across 5 states and 10 countries.

17/06/2019

Tata LPT 2515 - Bulkers 10 Wheel (Qty 2) For Sale

Two Tata LPT 2515 Bulkers for use with Cement and flyash and GGBS for Sales. Excellent working condition. We can give a contract as well on a regular basis.

17/06/2019

Tata LPT 2515 - Bulkers 10 Wheel (Qty 2) For Sale

17/05/2019

Flyash - Smart way to increase profits!

30/12/2017

Ground-granulated blast-furnace slag (GGBS or GGBFS) is obtained by quenching molten iron slag, to produce a glassy, granular product that is then dried and ground into a fine powder.

GGBS is a hydraulic binder, which has been known and used for 150 years. GGBS is Stable, Uniform, Non-Metallic, Non-Flammable, Non-Hazardous material and ensures greener future by reducing carbon in the atmosphere. GGBS confirms to IS 12089 – 1987, EN 15167-1 and ASTM C989-1999.

GGBS is off-white in color, with a specific gravity of 2.85 – 2.95 and bulk density of 1000 - 1300 kg/m3. It has glass content of 90-95% and blains fineness of 400 – 450 m2/kg. Applications of GGBS encompass all types of buildings, marine structures, high rise structures, bridges, roads, mass concrete projects (dams), underground structures and coastal structures.

Conash Infrastructure is a subsidiary of three decades old JAYCEE group, Mumbai. We are the market leader in local sales as well as exports from India. We are a strategic partner of Lafarge Holcim Trading. We collectively supply more than 0.5 MMTPA, across 5 states and 10 countries.

07/10/2013

What is CONASH Copper Slag?

Copper slag is a co‐product obtained during matte smelting and refining of copper. The raw Material of Copper Slag is generated by quenching of slag in water in a specially designed granulator at Copper Smelter.

Applications of Copper Slag include Land Filling, Road Construction, as a Building Material and Abrasive Blasting. Central Road Research Institute has recommended usage of Copper Slag in Road Construction. Researchers have investigated the use of copper slag in the production of cement, mortar and concrete as raw materials for clinker, cement replacement, coarse and fine aggregates. Partial Replacement of sand in concrete is allowed up to 10% by Mass.

25/04/2013

The PFA particles are mostly extremely fine, glassy spheres that are similar to cement in appearance. The cost of a ton of IS3812 Part I / ASTM C618 compliant fly ash is often half the price of portland cement. Using fly ash instead of portland cement can reduce the cost of a concrete in a project while improving its overall performance and durability.

Another significant benefit of using fly ash is that it requires less water than portland cement, conserving a limited resource, while also reducing a project’s water and equipment costs.

25/04/2013

Our studies have suggested that CEMGUARD plus Fly Ash decreases amount of Cement by at least 10% in a regular M20 to M30 grade concrete. Right Mix design of concrete using CEMGUARD plus fly ash will not only reduces cost, but will give higher compressive strength.