Clinker Grinding Units : - Ashoka Group supplies a cement grinding unit with each of its cement plant. Grinding units can also be supplied separately for other cement plants. We supply grinding units upto 2000 TPD plants, capable of handling all types of cement. We offer to our clients a versatile grinding unit whose heavy and rugged construction is built for continuous trouble free operation everyday.
We design and manufacture rust and moisture proof grinding units.

Features: Economical, Less Power consumption, High Performance, Robust Construction and Minimum Maintenance cost. The voltage consumption, weight, model and production capacity of the Clinker Grinding Unit depends on customers specifications.

Kiln and Kiln Shells: - As a Cement kiln manufacturers we manufacture all type of process equipments including Vertical and roller Kiln and Shells - Kiln Shells is involved in the process of burning the raw mixture thereby resulting in the clinker. This clinker is then subjected to grinding to produce cement. In modern cement manufacturing plants, kiln make the most complex and expensive portion of plant as it should be operated round the clock. Hence the duratiion till which kiln is active determines the output of whole plant. Pyroprocessing is the completely unique stage of the cement industry which is dedicated to the much specialized and complex multi-disciplinary technology.

Capacity Size & Application
Suitable for production capacity up
to 10,000 MT per day. Size: Upto 4.5 m diameter. Application: Sponge Iron Plants, Cement Plants, Chemical & Mineral Plants,
Mining Industry

Ball Mill Manufacturers: - As a leading turnkey cement plant manufacturer, we design and supply ball mills for cement industry. We expertise in heavy fabrication with largest workshops in Delhi NCR in India with all latest equipped and technologies required for cement plants for up to 3000 TPD production.

Ball Mill shell is fabricated from high quality tested plates. The mill consists, both side end bottoms (material steel casting) Girth gear, Mg. Steel liners bolted with heavy forged bolts & nuts, man holes, feed & discharge hood, torsion shaft, pinion with shaft, Pinion Bearing housing, cooling system and other machined equipments.

Application
Common applications for our ball mills is grinding of clinker for cement manufacturing, mineral ore’s, calcium bauxites, silicates and other materials that can be ground into fines either by wet process or by dry process.

Mill Headers & Mill Ends: - The mill headers are very useful in increasing the material temperature and that too in a perfectly continuos fashion particularly in heavy duty industry. The overall size of the kiln depends on the condition at which the process is going on. Depending on the specifications of the process, the length and diameter is calculated. Kiln sections will be sized depending on the practicability of the transport and efficiency of industry.

The optimim capacity that will be compatible to ball mills is upto 5.0m diameter in shell. The size will be upto the flange diameter of 6.0 m and height is about 3.0 m. The max weight of single piece will be upto 50MT. These specifications will go well with the rod mills and ball mills.

Mill Bearings Manufacturers: - A bearing can be described as a machine element to check relative motion permitting desired motion and also reduces the friction between mobile parts. A bearing is designed to permit free linear form of movement or to execture free rotation in fixed axis.

manufacturing process of these bearings requires the usage of high-end current technology. The common form of motions that are acknowledged by the bearings are hinge motion (e.g. knee, elbow and door), spherical rotation (e.g. socket joint and ball), linear motion (e.g. drawer) and axial motion (e.g. shaft rotation).

Separators in Cement Industry: - basic function of this separators is to separate very fine sized particles from the coarse particles. During the seperation process, the seperated fine particles are collected at one end in the name of finished product whereas the coarse sized particles are further sent back to undergo the grinding process once again.

A well efficient seperator will always prevent the particles from overgrinding which on the other hand leads to wastage of energy. The separators can be classified into two types: the dynamic separators and the static separators.