Chamber Bricks Chennai, Tamil Nadu

• Brand NameMTB

We are offering chamber brick . Our bricks burning process in a tunnel kiln dry bricks are loaded onto a fireproof trolley or kiln car. This then travels very slowly through the kiln. Typical schedule through the kiln from end to end is 3-4 days but variations occur depending on production schedules. Although our kilns are generally more expensive to build than chamber kilns they are more economical to run and lend themselves to high degrees of automatic control. It is essential that our kilns are run on a continuous basis for ideally several years at a time between shutdowns. Different firing schedules are necessary for different clay types. This is not just a matter of peak temperature. To maximise production it is clearly necessary to arrange for long production runs and as few changes as possible in order to achieve best results. 1. Pre heating – this ensures total dryness of the brick and utilises combustion gasses in the kiln to raise the brick temperature. 2. Firing - a fuel, usually natural wood and coal is used to raise and maintain the temperature to the required level over a few hours. 3. Cooling – cold air is drawn into the kiln to cool the bricks slowly ready for sorting and packing. This air becomes hot and can be drawn off and recycled for use in the drying process.

We are sales in our chamber brick throughout tamilnadu and chennai, our bricks firing temperatures vary considerably between different clay types and are often quite critical. during firing, bricks undergo a physical change. Clay particles and impurities are fused together to produce a hard durable and weather resistant product. this is called vitrification. This is usually accompanied by further shrinkage and a colour change. temperatures vary greatly depending on clay type our bricks generally in the range of 900 � 1200 degrees centigrade.

We are offering chamber bricks. Building bricks used for building exterior and interior walls. Facing brick outer surface has an excellent quality, which allows to withstand various influences. A special type is used for special operating conditions. The following property, which characterizes the brick, is emptiness. Hence, this building material can be hollow (hollowness can reach up to 45%), solid centers (bricks without voids) and aerated (except structural voids formed mikropustoty, while ensuring ease). Quality insulation from porous brick is much higher than that of a hollow or corpulent, and therefore, the walls are thinner.the size of bricks can be divided into four types: it can be single, one and a half, double and non-standard (this includes the european sizes, the four-, eight-, restoration, etc.). the following property of brick is its density, which is defined as any other matter density, ie, dividing the mass by the volume. What density will be higher, the properties of thermal insulation will be lower. the strength of brick is determined by the ability of a construction material does not collapse under the influence of external forces, which, naturally, cause internal stresses. Brick, as is known, varies by make and define it as a testing time for compression and bending.