Our Products
Raj Group is one of the trusted companies of the industry known for offering high quality Screen filters. Raj Group is engaged in manufacturing as well as supplying of Screen filter. The product is manufactured using latest and high technology.
Raj Group brings to you filters with quality construction and in different configuration choices ensuring that you get one perfectly meeting your needs and purpose. You enjoy availing filters in various bowl capacity, sizes, and models from us.
All our filters are manufactured taking into concern the international quality norms and standards. The maximum capacity of handling pressure that these filters come with is 6kg/cm2. As per the demand placed by our customers, we head with the OEM construction. Durability and quality finish are the key features defining our products.
All parts easily available as per customer requirement.
We have provided with tail piece flange for flange connection.
MODEL | RPI-SC-30 (2") | RPI-SC-40 (2.5") | RPI-SC-50 (3") |
Nominal Working Pressure | 2 kg/cm2 | 2 kg/cm2 | 2 kg/cm2 |
Maximum Working Pressure | 6 kg/cm2 | 6 kg/cm2 | 6 kg/cm2 |
Nominal Flow Rate | 30 m3/hr (500 ltr/min.) | 40 m3/hr (667 ltr/min) | 50 m3/hr (834 ltr/min) |
Screen Element | 149 Micron / 100 mesh | 149 Micron / 100 mesh | 149 Micron / 100 mesh |
Range Of Flow Rate | 24 to 40 (m3/hr) | 32 to 48 (m3/hr) | 40 to 60 (m3/hr) |
Filtration Surface | 1300 cm2 | 1300 cm2 | 1750 cm2 |
Max Clean Pressure Drop | 0.5 kg/cm2 | 0.5 kg/cm2 | 0.5 kg/cm2 |
Raj Group is engaged in offering Disc Filters which are specially designed for efficient as well as effective use and performance. Filtration process need to done in a strict way and to simply that use of the filters manufactured by Raj Group is a must.
Wide range of engineering methods is used for the manufacturing of the Disc filters of different shapes and sizes. The filters manufactured here come with superior filtration-surface area, helping in delivering excellent performance along with easy maintenance feature. Raw Material used for the manufacturing of excellent quality filters are sourced from the trusted vendors only. The materials are minutely chosen to face corrosion under critical environmental condition.
Application of the latest technology is done to maintain the quality in the production. The product is Easy to install and maintain and there is need of any tools for rising. The product is corrosion resistant and can perform best under pressure.
MODEL | RPI - 30 ( 2") | RPI - 40 (2.5") | RPI - 50 (3") |
Nominal Working Pressure | 2 kg/cm2 | 2 kg/cm2 | 2 kg/cm2 |
Maximum Working Pressure | 6 kg/cm2 | 6 kg/cm2 | 6 kg/cm2 |
Nominal Flow Rate | 30 m3/hr (500 ltr/min.) | 40 m3/hr (667 ltr/min) | 50 m3/hr (834 ltr/min) |
Range Of Flow Rate | 24 to 40 (m3/hr) | 32 to 48 (m3/hr) | 40 to 60 (m3/hr) |
Filtration Surface | 1300 cm2 | 1300 cm2 | 1750 cm2 |
Max Clean Pressure Drop | 0.5 kg/cm2 | 0.5 kg/cm2 | 0.5 kg/cm2 |
Disc Element | 130 Micron / 120 mesh | 130 Micron / 120 mesh | 130 Micron / 120 mesh |
Raj Group is engaged in the manufacturing of Rain Water Harvesting Filters of best quality. There are various ranges and sizes of this filter which are manufactured by the company. For filtering the rain water before its flows down through the pipe use of the Rain Water Harvesting Filters is made. Superior quality raw materials are sourced from the trusted vendors of the industry to avoid any type of quality issues.
Application of the filter can be seen in both residential and commercial properties. The product is designed in a simple manner and that what makes it easy to install and popular in the market. The product is cost effective and can be installed on any pipe inlet and outlet fixture or fittings. Latest technology is used in the manufacturing of the filter under the supervision of the professional experts in order to avoid any product issue.
In a building, rainwater is normally allowed to flow down from the roof through pipes. These pipes may be of PVC, asbestos cement, cast iron, galvanized iron etc. However, PVC is commonly used in the present times. They are cost effective and convenient for installation. Raintap Filter can be installed to any of the above pipes with suitable inlet and outlet fixture/fittings.
The down water pipes are placed vertical on the walls. These pipes receive water from the rooftop through 90 bend or elbow attached to them at the top. The other end of the pipe is left for the water to flow down or attached with a 45 elbow or a bend to facilitate the water to flow away from the building.
RAINTAP FILTER is installed at the bottom end of the down water pipe. The pipe running down on the wall need to be fitted with a 90 elbow or a bend connected to the inlet (rainwater inlet) of the Raintap Filter . The connection from the down water pipes to the inlet is through the 110 mm (4") elbow and a connecting pipe. The filter so installed must have a gap of minimum 3 inches from the floor and 1 inch from the wall. This will facilitate easy operation of the flush cap whenever require and make the cleaning of the filter element easier while retrieving it from its socket. Raintap Filter has an outlet (filtered water outflow) through 110mm Tee joint. This Tee joint along with the filter cartridge can be turned in any direction (360) in its place. This will facilitate positioning of the filter outlet in any direction convenient for installation in the field. This facility is provided in the filter to add flexibility in connecting the outlet of the filter in the required direction.
The out flow of the filter through this outlet is connected to the storage tank. The filter so installed need to be anchored to the wall by using pipe clamps/saddles at minimum 3 locations. The Locations suggested are :
The inlet of rain waterTo grow the filter on the ground, two masonry supports are recommended to be constructed using bricks below the filter. Make sure the bricks support is not below the flush cap (the flush cap need to be opened time and again). With three clamps holding filter on the wall and two masonry supports from the bottom, the filter is rigidly fixed on the ground and wall.
Filter element is made of plastic net and mesh to effectively filter rainwater from the roof of a building. A cap-holder facilitates installation of the filter element inside the filter body and also positions the filter element at appropriate height inside the filter body. While removing the filter element from the filter, gently pull the cap-holder with its handle vertically upwards. Make sure the entire length of the filter element is pulled out of the filter before tilting. While installing the filter element back in to its position, make sure the mesh role enters the barrel without any crinkle.
Gently push the filter element downwards up till the cap-holder suits and positions itself on the vertical column of the filter. The vent hole provide on the cap-holder of the filter element has to face away from the wall. This wall facilitates flow of water from the wall in case the filter is clogged.
The "RAINTAP FILTER" has three components (rainwater receptor, flush valve and filter element). Rainwater receptor is where the rainwater is allowed to flow from down pipes into the filter and a flush valve is provide to flush the first flow of the rainwater along with leaves, dust etc. water received in the receptor flows upwards against gravity through a filter element to filter must of the floating element and allow water to stabilize in this filtration zone. Rainwater passing through this filter element is relatively cleaner and flows out through an outlet, which can be led to storage device.
Filter element is mounted on a vertical stabilizer barrel with a friction fit. Filter element need to be cleaned periodically during the rainy season to remove the impurities trapped and thereby keep the filtration system clean .In the event where filter is not clean and the filter element is getting clogged, "Raintap Filter" has a safety feature built into it. The water pressure pushes out the clogged filter element from the stabilizer barrel and allows the water to flow out freely. This safety feature will avoid flooding of the rooftop because of the closed feature. The first indication of the filter getting closed is rainwater flowing out of a vent hole provided on the top of the filter element.
Flush of the first rainwater by opening the flush valve on the filter for few minutes , close the flush valve after all the dirt on the roof is flushed out and when cleaner water starts flowing. When the rain stops , flush the filter and remove the filter cartridge gently from its placed and wash its thoroughly under a running tap by gently tapping the filter.
Element with a stick on all sides. The dirt sticking in the filter element get released and washes off. Replace the clean filter element back to its place by gently inserting it in the vertical barrel .Take care not to press it too hard at the end. If pressed too hard, filter element gets locked inside the barrel and may require for subsequent cleaning and also may not POPUP when the filter is clogged or chocked. Allow the filtered water to get stored in tank for future use
Strong dedication and urge of achieving perfection made Raj Group as one of the leading names of the industry engaged in the manufacturing of high quality Hydrocyclone filter. The Hydrocyclone filter is a hydraulic classification device and the Body is made out of reinforced engineering plastic which enhances the durability of the product.
The product is designed using Hydro Dynamically design with the mission to Create Maximum Centrifugal Action. Raj Group is making use of best quality raw materials for the manufacturing of flawless Hydrocyclone which can match up the standard of the industry. Installation of the device can be done in a hassle free manner and maintenance cost is also pretty low.
The product is made available at an affordable price & in different sizes as per specification to match up the need and requirement of different clients. Each unit produced need to pass under strict quality check process.
Inlet / Outlet (Inch / mm) |
Range of Flow Rate, (m3/hr) |
Nominal Flow Rate (m3/hr) |
Max Clean Pressure Drop (kg/cm2) |
Dimensions (mm) | Capacity of Underflow Chamber (litre) |
Gross weight |
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A | B | C | D | E | ||||||
2" / 50 | 15 - 22 | 18 | 0.8 | 904 | 766 | 207 | 158 | 418 | 8 | 7.6 kg. |
2 ½"/ 63 | 25 - 32 | 28 | 0.8 | 904 | 766 | 207 | 158 | 418 | 8 | 7.8 kg. |
3" / 75 | 35 - 52 | 43 | 0.8 | 978 | 817 | 244 | 220 | 418 | 8 | 9.5 kg. |