Industrial Machines And Mills

This equipment is specially designed and is made of top quality raw materials which make them highly durable, capable of fine grinding and economic. These devices are ideal for fibrous material like, Guar Gum, Saw dust Seeds, Chemicals & Minerals. These equipment offer grinding and mixing in dust free atmosphere. Due to alloy steel hardened liners & fine cutting blades this equipment need low maintenance thus reducing the cost.

Model	Grinding chamber Dia	Power required	Capacity kg/hr
BIW-1	450mm	20-25hp	200 to 500
BIW-2	600mm	40-50hp
BIW-3	750mm	60-75hp

Our offered range of continuous ball mills is the most suitable option to continuously grind the materials to feed from one end and to collect the discharge in a cyclone from the other end with the help of a fan. The classifier may be of mechanical type or for a very precise & fine separation variable speed motor driven classifier is also available.

 

Model	Grinding Chamber Dia	Power Required	Capacity Kg/Hr
BIW - 0 BIW - I BIW - II BIW - III BIW - IV	1250 X1250 1350 X 500 1500 X3000 1800 X5000 2000 X6000	15 H.P 30 H.P 50 H.P 100 H.P 150 H.P	250-500 600-1200 1000-2000 2000-3000 3000 -5000
model	grinding chamber dia	power required	capacity kg/hr
BIW- 0 BIW- 1 BIW- 2 BIW- 3 BIW- 4 BIW- 5 BIW- 6	300-150   375-200   375-300   550-360   550-520   650-450   650 - 650	5 - 7. 5 10 - 15 15 - 20 30 - 40 50 - 60 60 - 75 75 - 120	100 - 400 200 - 800   300 - 1200   600 - 2500 1200 - 4000 2000 - 7000 3000 - 9000

This range of BIW”U” mixers and blenders is the ideal option where uniform output is required after mixing materials. These devices offer fine blending and mixing and results in uniform output within very short period of time. The blades are designed in a way that they may mix/blend the material with minimum load on the drive. The charging will take place from hopper through top cover, while discharge may be taken out either from center or from the end, with the help of a screwed door. the presence of sealing blocks assures leak proof working. These blenders are also available with all contact parts of Stainless Steel.

These devices are available in Model Holding Capacity in Liters, Working Capacity in liters, Length Container Dimension width Height Power required .in H.P.

A broad array of pin mill or disc pulverizers is manufactured and supplied by our organization which is exclusively used to grind material like PVC & other grains in coarse to fine size. These devices also offer grinding of materials at cool atmosphere with the help of cooling jackets. This range comprises pulverizer, Crushers, Ball Mill, Hammer Mill, and Material Conveying Equipments. Material may be conveyed pneumatically to a collection cyclone.
Model
(Pin mill) Model (Disc pulverizer) Pulverizer Chamber Size *Motor Machine R.P.M * Production in Kg. / Hr.

Model		Power Required	Capacity Kg/Hr
BIW - 1 BIW - 2 BIW- 3		10H.P. 25H.P. 40 H.P.	200 - 500 700 - 1200 1200 -2500

 

The range of ball mills which we offer is used to crush hardest material like, quartz, topaz, ceramics, and silica evenly. Various types & materials of liners and grinding media are available which include hyper steel, stainless steel, steel and ceramics. We also offer several models volume in ltrs, cylinder dia and dimensional length in mm.

 

 

Model	Grinding Chamber Dia	Capacity Kg/Hr	Power Required
BIW-  100 BIW - 250 BIW - 500 BIW - 750 BIW - 1000 BIW - 1500 BIW - 2200 BIW - 3500 BIW - 5000 BIW - 6400 BIW - 11000	100 250  500  750  1000  1500 2200  3500  5000  6400  1000	100 - 460 600 - 800 800 - 1000 850 - 1250 1000 - 1250 1250 - 1250 1250 - 1250 1500 - 2000 1800 - 2000 1800 - 2500 2400 - 2500	2 - 3 3 - 5 3 - 7.5 5 - 10 7.5 -15 10 - 20 15 - 30 25 - 30 30 - 60 40 - 75 50 - 100

• It is a trash plate less design
• Hence power saving
• Lower investment cost

Features

• Robust heavy-duty housing design for improved rigidity and stability to handle higher throughput
• Individual fine mill setting and speed control on each crushing
• Inbuilt provision in design for more roller wearing allowance

Advantages

• Low final bagasse moisture
• Reduction in civil foundation cost
• Easy assembly and dismantling
• Low maintenance and spares cost

This conveyor is used for feeding / conveying the product / material to be packed from floor level to packaging machines hopper. This ensures complete protection of product from breakage, from effect of atmosphere, dust, insects etc.

This conveyors can be attached to five packaging machines for feeding same material to all machines or otherwise individually to each Machine.

Bucket Releiver:
Neumatic bucket releiver for from packing machine, when used for multiple machines or mechanical reliever for individual machine.

Motor:
2 Hp, 3 Ph, Geared Motor. It facilitates very easy removal and mounting of the buckets for cleaning.

It is an intact system for feeding of material from vibratory feeder to the machine hopper. And hence it protect product from moisture, dust, insects etc.

It is applicable for mixiing and agitation of high viscous material in vacuum chamber. Materials shall be adequately agitated and mixed in a short time by two frame type agitating oars which proceed planet motion.

The operation of a batch attritor is simple and effective. The material to be ground and the grinding media are placed in a stationary, jacketed grinding tank. Commonly used grinding media types are stainless steel, chrome steel, tungsten carbide, ceramic, or zirconium oxide. The material and the media are then agitated by the shaft with cross arms, rotating at high speed.

This causes the media to exert both shearing and impact forces on the material, resulting in optimum size reduction and dispersion.

No premixing is necessary.

 

double roll crusher is for crushing of coal, coke, cinter, moderately hard rock, ore, chalk, etc. Single roll crushers also available for crushing above material as primary crusher.

• Used to crush iron ore in steel, power and sponge iron sectors
• Crushing is through rolling action
• Very low fine generation
• Adjustable rollers for desired output

 steel liners for the rolls
can be used for cotinuous operation

• Easy operation
• Low power consumption

Sigma mixer is also referred as Kneader and is used in food industry, pharmaceutical industry, soap industry and chemical industry at large. These are used to solve the purpose of mixing and kneading highly viscous materials. Kneader consists of different blades moving at different speeds in opposite directions to properly mix the carrying material. We manufacture sigma mixer from high quality stainless steel and also cater to the needs of customized manufacturing of Sigma Mixer. 

 

A pug mill is a machine in which materials are simultaneously ground and mixed with a liquid. Industrial applications are found in pottery, bricks, cement and some parts of the concrete and asphalt mixing processes. A pugmill is a fast continuous mixer. A continuous pugmill can achieve a thoroughly mixed, homogeneous mixture in a few seconds. Mixing materials at optimum moisture content requires the forced mixing action of the pugmill paddles, while soupy materials might be mixed in a drum mixer. A typical pugmill consists of a horizontal boxlike chamber with a top inlet and a bottom discharge at the other end, 2 shafts with opposing paddles, and a drive assembly. Some of the factors affecting mixing and residence time are the number and the size of the paddles, paddle swing arc, overlap of left and right swing arc, size of mixing chamber, length of pugmill floor, and material being mixed.

The three adjacent rolls of a three roll mill (called the feed roll, centre roll and apron roll) rotate at progressively higher speeds. Material, usually in the form of paste, is fed between the feed roll and the center roll. Due to the narrowing space between the rolls, most of the paste is rejected to the feed region. The part that makes it through the first in-running nip experiences very high shear force. Upon exiting, the material that remains on the center roll moves through the second nip between the center roll and apron roll, which subjects it to even higher shear force due to the higher speed of the apron roll. A knife blade then scrapes the processed material off the apron roll and transfers it to the apron. This milling cycle can be repeated several times to maximize dispersion.

The gaps between the rolls can be mechanically or hydraulically adjusted and maintained. Typically, the gap distance is far greater than the particle size. In some operations, the gap distance is gradually decreased to achieve the desired level of dispersion.