Dust Collector

Product Details:

• Durable
• High tensile strength
• Hassle-free operations

Product Details:

Owing to our rich industrial experience, we are offering Portable Dust Collector.

Features:

• Compact construction
• High suction and air flow low noise level
• Special design for suction hood vibration-free
• Specific design so suit all kinds of dust collection

Application areas:

• Pharmaceutical industry
• Jewel manufacturers
• Rubber industries
• Plastic industries
• Machine shops
• Leather industries
• Paper industries

Additional Information:

• Port of Dispatch: Chennai
• Delivery Time: Immediate

Product Details:

We have emerged as a prominent manufacturer of Dust Collectors.

Features:

• High suction and air flow Low noise level
• Special design for suction hood Vibration-free

Specifications:

Product Details:

• High tensile strength
• Non-corrosive
• Easy installation

Specifications:

Additional Information:

• Port of Dispatch: Chennai
• Delivery Time: Immediate
• Packaging Details: As Per Requirements.

Product Details:

• Resistant to abrasion
• Long service life
• Hassle-free operations

Product Details:

The dust-laden gas is admitted through the bag filter inlet where

the coarsest particles are separated out and drop down into the

dust hopper. The gas flows through the distribution arrangement

and is directed onto the bags in a suitable manner. The gas is

drawn through the filter material and the fine dust is collected

on the outsides of the bags. Heavier particles fall directly into

the dust hopper. The clean gas flows through the insides of the

filter bags to the outlet.                          

The dust deposit on the outsides of the filter bags is removed by

means of compressed air which is admitted as short pulses in the

bags. The pressure pulse causes the filter material to stretch

quickly and then immediately resume its original shape. The dust

deposit thus falls off the surfaces of the bag and drops into the

dust hopper.

The bags are grouped in rows with one cleaning valve and one

nozzle pipe for each row. The cleaning valve is a diaphragm valve

which admits compressed air into the nozzle pipe during cleaning.

The compressed air is drawn from a receiver on the side of the

nozzle housing. The holes of the nozzle pipe are located above

the ends of the filter bags.

The control unit opens and closes the solenoid valves in

accordance with a programmed pattern. The dust deposit has a filtering action at the same time as it impedes the gas flow.    

The dust collected in the dust hopper is discharged by means of a

feeder into a dust bin or onto a dust conveyor located below the

filter.

Product Details:

The dust-laden gas is admitted through the bag filter inlet where

the coarsest particles are separated out and drop down into the

dust hopper. The gas flows through the distribution arrangement

and is directed onto the bags in a suitable manner. The gas is

drawn through the filter material and the fine dust is collected

on the outsides of the bags. Heavier particles fall directly into

the dust hopper. The clean gas flows through the insides of the

filter bags to the outlet.                          

The dust deposit on the outsides of the filter bags is removed by

means of compressed air which is admitted as short pulses in the

bags. The pressure pulse causes the filter material to stretch

quickly and then immediately resume its original shape. The dust

deposit thus falls off the surfaces of the bag and drops into the

dust hopper.

The bags are grouped in rows with one cleaning valve and one

nozzle pipe for each row. The cleaning valve is a diaphragm valve

which admits compressed air into the nozzle pipe during cleaning.

The compressed air is drawn from a receiver on the side of the

nozzle housing. The holes of the nozzle pipe are located above

the ends of the filter bags.

The control unit opens and closes the solenoid valves in

accordance with a programmed pattern. The dust deposit has a filtering action at the same time as it impedes the gas flow.    

The dust collected in the dust hopper is discharged by means of a

feeder into a dust bin or onto a dust conveyor located below the

filter.

Product Details:

• Easy operation
• Minimum maintenance
• Robust design

Product Details:

The dust-laden gas is admitted through the bag filter inlet where

the coarsest particles are separated out and drop down into the

dust hopper. The gas flows through the distribution arrangement

and is directed onto the bags in a suitable manner. The gas is

drawn through the filter material and the fine dust is collected

on the outsides of the bags. Heavier particles fall directly into

the dust hopper. The clean gas flows through the insides of the

filter bags to the outlet.                          

The dust deposit on the outsides of the filter bags is removed by

means of compressed air which is admitted as short pulses in the

bags. The pressure pulse causes the filter material to stretch

quickly and then immediately resume its original shape. The dust

deposit thus falls off the surfaces of the bag and drops into the

dust hopper.

The bags are grouped in rows with one cleaning valve and one

nozzle pipe for each row. The cleaning valve is a diaphragm valve

which admits compressed air into the nozzle pipe during cleaning.

The compressed air is drawn from a receiver on the side of the

nozzle housing. The holes of the nozzle pipe are located above

the ends of the filter bags.

The control unit opens and closes the solenoid valves in

accordance with a programmed pattern. The dust deposit has a filtering action at the same time as it impedes the gas flow.    

The dust collected in the dust hopper is discharged by means of a

feeder into a dust bin or onto a dust conveyor located below the

filter.

Product Details:

• Hassle-free operations
• Easy to maintain
• Long service life
• Robust design

Additional Information:

• Item Code: PABG

Product Details:

• Steady performance
• Longer service life
• Easy to operate

Specification:

Product Details:

• Easy to operate
• Longer service life
• Minimum maintenance

Product Details:

• Durable
• Resistant to abrasion
• Easy installation

Product Details:

• Easy to operate
• Minimum maintenance
• Optimum performance

Product Details:

• Study construction
• Hassle-free operations
• Longer functional life

Product Details:

• Easy to operate
• Longer service life
• High performance

Product Details:

• Easy to operate
• Require low maintenance
• Long functional life

Product Details:

      The dust-laden gas is admitted through the bag filter inlet where

the coarsest particles are separated out and drop down into the

dust hopper. The gas flows through the distribution arrangement

and is directed onto the bags in a suitable manner. The gas is

drawn through the filter material and the fine dust is collected

on the outsides of the bags. Heavier particles fall directly into

the dust hopper. The clean gas flows through the insides of the

filter bags to the outlet.                          

The dust deposit on the outsides of the filter bags is removed by

means of compressed air which is admitted as short pulses in the

bags. The pressure pulse causes the filter material to stretch

quickly and then immediately resume its original shape. The dust

deposit thus falls off the surfaces of the bag and drops into the

dust hopper.

The bags are grouped in rows with one cleaning valve and one

nozzle pipe for each row. The cleaning valve is a diaphragm valve

which admits compressed air into the nozzle pipe during cleaning.

The compressed air is drawn from a receiver on the side of the

nozzle housing. The holes of the nozzle pipe are located above

the ends of the filter bags.

The control unit opens and closes the solenoid valves in

accordance with a programmed pattern. The dust deposit has a filtering action at the same time as it impedes the gas flow.    

The dust collected in the dust hopper is discharged by means of a

feeder into a dust bin or onto a dust conveyor located below the

filter.       

Product Details:

• Durable
• High performance
• Low power consumption
• Available in standard shapes and sizes
• Customized as per the requirement

Product Details:

The dust-laden gas is admitted through the bag filter inlet where

the coarsest particles are separated out and drop down into the

dust hopper. The gas flows through the distribution arrangement

and is directed onto the bags in a suitable manner. The gas is

drawn through the filter material and the fine dust is collected

on the outsides of the bags. Heavier particles fall directly into

the dust hopper. The clean gas flows through the insides of the

filter bags to the outlet.                          

The dust deposit on the outsides of the filter bags is removed by

means of compressed air which is admitted as short pulses in the

bags. The pressure pulse causes the filter material to stretch

quickly and then immediately resume its original shape. The dust

deposit thus falls off the surfaces of the bag and drops into the

dust hopper.

The bags are grouped in rows with one cleaning valve and one

nozzle pipe for each row. The cleaning valve is a diaphragm valve

which admits compressed air into the nozzle pipe during cleaning.

The compressed air is drawn from a receiver on the side of the

nozzle housing. The holes of the nozzle pipe are located above

the ends of the filter bags.

The control unit opens and closes the solenoid valves in

accordance with a programmed pattern. The dust deposit has a filtering action at the same time as it impedes the gas flow.    

The dust collected in the dust hopper is discharged by means of a

feeder into a dust bin or onto a dust conveyor located below the

filter.

Product Details:

• Sturdy construction
• Easy to operate
• Longer service life

Specifications:

Product Details:

The dust-laden gas is admitted through the bag filter inlet where

the coarsest particles are separated out and drop down into the

dust hopper. The gas flows through the distribution arrangement

and is directed onto the bags in a suitable manner. The gas is

drawn through the filter material and the fine dust is collected

on the outsides of the bags. Heavier particles fall directly into

the dust hopper. The clean gas flows through the insides of the

filter bags to the outlet.                          

The dust deposit on the outsides of the filter bags is removed by

means of compressed air which is admitted as short pulses in the

bags. The pressure pulse causes the filter material to stretch

quickly and then immediately resume its original shape. The dust

deposit thus falls off the surfaces of the bag and drops into the

dust hopper.

The bags are grouped in rows with one cleaning valve and one

nozzle pipe for each row. The cleaning valve is a diaphragm valve

which admits compressed air into the nozzle pipe during cleaning.

The compressed air is drawn from a receiver on the side of the

nozzle housing. The holes of the nozzle pipe are located above

the ends of the filter bags.

The control unit opens and closes the solenoid valves in

accordance with a programmed pattern. The dust deposit has a filtering action at the same time as it impedes the gas flow.    

The dust collected in the dust hopper is discharged by means of a

feeder into a dust bin or onto a dust conveyor located below the

filter.

Product Details:

Product Details:

• Latest design
• Robust
• Durable

Product Details:

• Sturdy design
• Easy installation
• Trouble free performance

Product Details:

• Minimum maintenance
• Longer functional life
• Steady performance

Product Details:

Product Details:

• Easy to operate
• Longer service life
• Minimum maintenance

Product Details:

• Easy operation
• Minimum maintenance
• Robust design

Product Details:

• High tensile strength
• Non-corrosive
• Easy installation

Specifications:

Product Details:

• High performance
• Easy to operate and maintain
• Long functional life

Product Details:

• Effective
• Resistant to wear & tear
• Low maintenance

Additional Information:

• Port of Dispatch: Chennai
• Delivery Time: Immediate
• Packaging Details: As per Requirements.

Product Details:

Product Details:

The dust-laden gas is admitted through the bag filter inlet where

the coarsest particles are separated out and drop down into the

dust hopper. The gas flows through the distribution arrangement

and is directed onto the bags in a suitable manner. The gas is

drawn through the filter material and the fine dust is collected

on the outsides of the bags. Heavier particles fall directly into

the dust hopper. The clean gas flows through the insides of the

filter bags to the outlet.                          

The dust deposit on the outsides of the filter bags is removed by

means of compressed air which is admitted as short pulses in the

bags. The pressure pulse causes the filter material to stretch

quickly and then immediately resume its original shape. The dust

deposit thus falls off the surfaces of the bag and drops into the

dust hopper.

The bags are grouped in rows with one cleaning valve and one

nozzle pipe for each row. The cleaning valve is a diaphragm valve

which admits compressed air into the nozzle pipe during cleaning.

The compressed air is drawn from a receiver on the side of the

nozzle housing. The holes of the nozzle pipe are located above

the ends of the filter bags.

The control unit opens and closes the solenoid valves in

accordance with a programmed pattern. The dust deposit has a filtering action at the same time as it impedes the gas flow.    

The dust collected in the dust hopper is discharged by means of a

feeder into a dust bin or onto a dust conveyor located below the

filter.

Product Details:

• Low power consumption
• Minimum maintenance
• Longer service life