Paper Machine Equipment

JMC Papertech is promoted by group of experienced industrialist and Technocrats with successful track record and reputation. Initially company was involved in heavy fabrication and vessels and later on switched over to machineries for cement industries. Later on company started manufacturing spherical rotary Digester, fabricated drying cylinders and M.S. Yankee Cylinders on demand of paper industries. On the constant demand of these Cylinder, Paper industry encouraged company to start fabrication of other machine pats and with their support and technical know- how from paper mill designers, company successfully started manufacturing complete Plant for making all Type of paper up to capacity of 10 -200 TPD 

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Salient Features

• Suitable for operation with large flat shaped contaminants.
• Special design features avoid string formation.
• Rotor edges hard faced.
• Hole or slot screen basket.
• Dynamically balanced rotor.

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Salient Features

• Vertical screen designed for fine screening of all kind of stock suspensions at low consistency range of 0.4 -1.1 %.
• The screens are suitable for stock preparation system and also for approach flow system ahead of paper machine.
• The Multivane Aerofoil Rotor design ensures the screen to operate free from pulsation.
• Low power consumption.
• Exceptional improvement in screening efficiency.
• Improve quality of paper.
• Dependable paper machine operation.
• Basket-hole or slott type
• Excellent manufacturing fitness.

Model No.	Hydraulic LPM	Capacity* TPD	Motor Rating: KW
JSVL 04	2500	40	15
JSVL 05	7000	110	30
JSVL 08	12000	160	37
JSVLW 04	2000

* Depending on stock, grade, consistency and screen perforation / screen slot application

• J-JMC
• S-Screen
• V-Vertical
• M- Medium Consistency
• W- Washing Cycle
• Present manufacturing range other models are under development.

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Salient Features

• Multi vane aerofoil rotor.
• Pulsation frees rotor design.
• Special rotor design avoids string formation.
• Gentle screening.
• For low consistency hole or slot basket
• Dynamically balanced rotor.

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Salient Features

• Effective removal of Sand, unbeaten paper chips hard Cooked fibers and other no fibrous heavy materials
• Low fiber rejection
• Low Pressure drop
• Fabricated from SS 304 and 316 Material
• Intel Tapered Headers with pulp valve in SS construction
• Available in 500 and 1000 LPM throughput
• Fibber recovery arrangement in Last Stage

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Energy efficient agitators find application in all type of Pulp storage chests, including Hight Density Towers, Mixing Chest & Machine Chest.

The sturdy design incorporate Bearings & Glands. Located outside, optimally designed adjustable propeller blades. All parts coming in contact with stock made of stainless Steel, the agitators are highly energy efficient and have the provision for adjusting the vane angle to suit specific process requirement of gentle or strong agitation.

Salient Features

Agitator Size	Horizontal Chest		Vertical Chest
	Volume (M3)	Motor Rating (kW)	Volume (M3)	Motor Rating (kW)	Vane Dia (mm)
AG 50/60	25-100	11-15	7-15	5.5-7.5	500/600
AG 75/85	100-275	15-22	20-40	11-15	750/850
AG 100/115	275-500	30-37	45-80	18.5-22	1000/1150
AG 135/155	500-700	55	85-155	30-37	1350/1550
AG 170	700-850	75	155-200	45	1700

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Salient Features

• Decker Thickener compressing of CI/SS Moulds and MS/ SS Vat, are best suited for removal of excess water from stock
• Sizes vary from 2.00 mtrs to 3.00 mtrs depending upon the process capacity
• Input Consistency 1% out put consistency of 4%
• Minimum fiber loss due to modified cum washing purpose
• Constructed in SS 304 and SS 316 Material
• Driven with Variable Speed drive for setting the drainage of different of stock

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The purpose of de- inking is to remove the printing inks, stickies that might effect the paper making process. In a de-inking process ink is detached from fiber. Flotation technology provides high yield of fibers and simple handling with maximum operating reliability.

Principle of Operation
The JMC De- inking cell consists of number of cells in series with elliptical cross section with a baffle extending over the entire length to separate suspension chamber from the foam collecting chamber. Air (at the atmospheric pressure) and pulp stock is introduced into the cell through injectors. Flow through nozzles generates vacuum which generators micro turbulence resulting in widely ranging bubble sizes enabling efficient removal of ink of particles. The enhances brightness to a high degree and reduces dirt specks and stickies. The injectors optimize the quantity of the air injected and the size of the bubbles generated.

The pulp stock freed ink is pumped from the bottom of one cell to the next cell. The ink laden foam overflows to the foam chamber with the help of motorized paddle. Flotation process is operated in a continuous mode and helps to remove ink particles efficiency. Since the cells are interconnected level is controlled through level transmitter on entire flotation machine.

The primary floatation stage ensures highest possible stock purity and the secondary stage optimize yield. A Dearator cyclone removes air from the stock and usable fibers are recovered from the foam.

Salient Features

• No sizing restrictions
• Single level control loop operation
• Optimized flotation yield at secondary stage without loss of brightness and cleanliness.
• Very low fiber loss in the de-inking process as the foam is treated in a cascade process.
• Optimize floatation yield at secondary stage without loss of birghtness and cleanliness.
• Exceptional improvement in screening efficiency.
• Improve quality of paper
• Dependable paper machine operation
• Basket - hole or slott type
• Excellent manufacturing fitness