Bag Filters Dealers in Pune

Technical parameters • Preassembly of the filter system at works. • Compact, modular design • Small space requirements • Short assembly time = low assembly costs. • Leak - proof welded construction • Low maintenance costs. • High availability  

The filter Bags are available in different filtration capacity ranging from 1 micron to 100 micron. We use latest machines to mould and stitch the papers to make filter bags. Some of its features include are available in self-aligning and give superior positive sealing properties; come with handle support at top for providing secure grip when removing bags.

An Offline Cleaning Pulse Jet Bag Filterconsists of a number of Chambers. Each Chamber acts as an Online PulseJet Bag Filter. The uniqueness of the design is in thefact that the supply of inlet gas to the Chamber is stopped during cleaning temporarily. Dust falls into the hopper after the bagsare purged with compressed air, since there are no incoming gases into theChamber the dust collection is faster. Dust is evacuated using a Rotary AirlockValve. Remaining chamber’s continue toremain in operation and continue the filtration process.One after the other each chamber is made offline for Bag Filter cleaning & the process continues in cycles. Each Chamber is made online or offline by operating pneumatically operated Poppet Dampers at the inlet & outlet of the Chamber.

Whizz Engineering Services Pvt. Ltd. is dedicatedly involved in manufacturing and offering a wide array of bag filter systems. Recovery of particulate matter from the exhaust gas is vital in any industry and in many instances a bag filter is deployed to separate fine particles from air / gas to recover, finished product and /or to limit the particulate pollution of flue gases emitting from the plant. We offer Reverse Pulse Jet Bag Filter, which are proven to be most suitable for vast pollution control needs. Technical specifications: Flow Arrangement: Parallel flow / Reverse Pulse Jet. Temperature Rage: 0°C to 540°C. Material of Construction: Carbon Steel / AISI 304 / AISI 316 / FRP / Custom Made. Fabrics: Polyester / Polypropylene / Ryton (PPS) / P – 84 / Metal wire mesh /Acrylic / Nomex. Exclusive features of our designed Bag Filter: Very low pressure drop due to pre-settling of dust in chamber High particle size collection efficiency up to 99.99 % for 1 micron Can be used with any type of dust and with temperature ranges from 0°C to 540°C Can handle moisture levels up to 10 % Applicable for acidic as well as basic conditions with the advances in the filters Compact design, with sufficient access points for easy maintenance Strong and externally stiffened casing suitable to withstand strong internal pressure Instrumentation and control systems for user friendly operations Ventury guided pulse cleaning for better dust cake removal and low air consumption Bottom Hopper mechanical force operated dust dislodgement arrangement Strong cage design, Solid fabricated/casted Ventury and positive locking arrangement for long and trouble-free operations Suitably designed Dust removal Device like Rotary Airlock Valve, Screw Conveyors etc. Provision for Explosion Valve and Fire Preventing Sprinkler system.

We have experience of control Flue gas generated from wood/Coal/lignite boiler as per Pollution control board norms. We are manufacturing bag filers as per prescribed emission limit SPM & also manufacturing Packed bed scrubber if Sulphur gas is constraint. Our bag filter are suitable for high temperature flue gases. Our bag filters are also optional equipped with safety devices like: Pre cyclone Muticlones Dilution/Bypass damper Insulation to prevent major temperature losses inside the housing

RAJDEEP has involved in providing our clients with a wind range of Air pollution control system to maintain the clean & green environment.Our Proven Capabilities in Air Pollution Control System: Successful installation of Dust Extraction System - 100 m3/hr to 300000 m3/hr gas volume. Successful installation of Bag Filter for high temperature application. Bag House for flue gas cleaning. Dust Collectors After dust-filled air has been captured by a dry dust collection system, it must be separated, collected, and disposed of. The dust collector separates dust particles from the airstream and discharges cleaned air either into the atmosphere or back into the workplace. Necessity for Dust Collectors Cleaning dust from the air is necessary to- Reduce employee exposure to dust Comply with health and air emission standards Reduce nuisance and dust exposure to neighbors Recover valuable products from the air

Bag Filter System, are ideal for filtering large volumes of high viscosity liquids. These are used for a variety of fluid applications in the process industry.

Bag filters are also commonly called fabric dust collectors that are used in large industrial units for separating dust particles from dusty gases. These types of bag filters can achieve efficiency level of almost 99% for collection of very fine particulates. Dust laden gases enter the structure of bag house and passed through fabric bag that acts as a filter. Bag filters are the most efficient and cost effective type of industrial dust collectors. Bags used in bag filters are made using different kind of fabrics like cotton, synthetic or glass fiber material. The shape of the bag is either like a tube or an envelope.We are Offering a wide range 0f Bag Filters. These are highly-efficient for removing dust particles and solid contaminants present in air exhaust gases. The dust particles collected inside the bag are removed either by manual, mechanical, electrical or reversed air cleaning. Our bag filters are made using premium grade of metal, high grade of fabric and very high grade of motor which makes our bag filters the most efficient among all our competitors. We offer quality assured products that are tested in our state of art production facility at each stage of production.   Bag filters are filters used in industrial units for filtering dusty gases. The basic function of bag filter is to separate dust particles for dusty gases released by different production processes. The structure of a bag filter is made up of a fabric bag crafted using different kind of fabrics and a motor that powers the machine. Bag filters are considered to be the most efficient among all dust collectors because it can attain efficiency level up to 99%. The mechanism of bag filters works in a very smooth and convenient way. Bag filters are used in all industrial small or large units to collect dust particles blown out in toxic releases.Air Control System is in manufacturing of highly durable and high performance Unit Dust Collectors used in diverse dust collection applications. These Mechanical Shaking Bag Filters are generally used for removing dust in industrial applications. In Pulsejet Bag Filters, particles are captured on the internal surface to cater the requirement of dust collection. We use our state of art production facility to construct and test our high performance oriented bag filters. We have a huge base of satisfied clients who appreciates our quality and service.   Some of the salient features of our bag filters include:• All the Bag Filters made in our company are provided at very reasonable rates that suit    to customers’ budget.• To suit various applications we can offer Bags in Polyester, Ploy Propylene, Nomax,    Ryton, Aramide and Glass Fibre.• We adhere to industrial quality standards which makes our bag filters withstand    competition.

We are offering bag filters are majorly used to reduce the dust emission to the atmosphere from a source. As per pollution control department in india for each equipment who make particle emission, bag filter is compulsory. Also in some cases bag filter is used in separating the products like, cement, sand, chemical powders, etc. • industrial norms as per central pollution control board in india- • dust emission in the air exhaust- less than 50 gram/nm3 (eec’ pune will give guarantee of less than 20 mg/nm3).

In Insertable baghouse, the pad-shaped bags are fastened onto a cell plate at the bottom of the baghouse and suspended from an adjustable hanger frame at the top. Dirty gas flow normally enters the baghouse and passes through the bag from the inside, and the dust collects on the inside of the bags. Insertable bagfilters have continuous operation. Before a cleaning cycle begins, filtration is stopped in the compartment to be cleaned. Bags are cleaned by injecting clean air into the dust collector in a reverse direction, which pressurizes the compartment. The pressure makes the bags collapse partially, causing the dust cake to crack and fall into the hopper below. At the end of the cleaning cycle, reverse airflow is discontinued, and the compartment returns to the main stream. The flow of the dirty gas helps maintain the shape of the bag. However, to prevent total collapse and fabric chafing during the cleaning cycle, rigid rings are sewn into the bags at intervals. Insertable pulse jet baghouse are best utilized where there are space constraints or limitations to install a conventional baghouse in the plant. Do you have space constraints in your plant for pollution control equipment?? Insertable Baghouse is THE Solution for this situation. ECOMAK offers Insertable baghouse ranging from as less as 1000 Am3/hr to 30000 Am3/hr.

We have superior storage facility to keep large product range that we make available. In order to meet elevated quality norms, we keep it updated with modern work methods. This is due to our streamlined packaging system that we are able to meet the customized and standard packaging requirements of the clients. Moreover, we ensure complete safety of the products.   Applications : Cement Starch Detergent Biochemical Food industry Paint industry Bulk chemicals Pharmaceutical Dyes & Pigments Ceramic industry Mining & Minerals   Features : Top Quality Media Easy removal of bags for cleaning. Tailored to suit customer requirement. Temperature range from -35o C to 400 oC Various options of filter media to suit the process. Designed to operate at lower pressure drop thus reducing the power requirement