Working Principle Of Air Operated Diaphragm Pumps
KIjeka Air Operated Double Diaphragm Pumps are known as influencing positive removing pumps and there are 2 diaphragms, 1 on the right half of the siphon, 1 on the left side, and 4 balls and ball spaces, 2 on the lower and upper corners. Diaphragms are related with each other by techniques for a shaft.
Air Double Diaphragm Pumps With the air given from the middle part moving the post in the middle area, one of the diaphragms is pushed towards the fluid chamber, while the fluid in this part is moved, the other diaphragm is pulled towards the middle square and the attractions advancement is given, in like manner filling. With the improvement of the post to the contrary side, the diaphragm moved into the middle square is crashed into the fluid chamber this time and it gives the trade by applying strain to the fluid filling the fluid chamber in this part.
Usage Of Air Operated Diaphragm Pumps
Air operated double diaphragm pumps ahmedabad can be utilized effectively in numerous cycles, for example, move of your items, filling works, flow cycles and testing. Double Diaphragm Air Pumps are known as AODDP pumps since they have no mechanical parts (shaft, fan, bearing, seal and so forth) and work with air . They can be utilized effectively and securely.
Where Air Operated Diaphragm Pumps Are Used?
In the chemical industry glue used, resins, paints, varnishes, inks, acids, alkalis, solvents, transfer and storage of products such as alcohol, in the food industry ; transfer of hygiene products such as milk, buttermilk, cream, mayonnaise, ketchup, Sludge transfer in treatment facilities and mining sector,
In the ceramic sector ; glaze spraying, ceramic slurry transfer, ship sector; bilge and sludge discharge, textile industry; transfer and storage of many widely used textile chemicals, Cosmetics and pharmaceutical industry; Cleaning processes used to fulfill hygiene standards are among the main processes.
Properties of Pneumatic Diaphragm Pumps
M SERIES (METAL) pumps; It is produced as Aluminum, Cast Iron, 316L Stainless steel body. P SERIES (PLASTIC) pumps; As polypropylene and PTFE (Teflon) body, L SERIES pumps; Electropolished 316L Stainless Steel Body (FDA certified), DP SERIES (POWDER PUMP) pumps; DB SERIES (HIGH PRESSURE SERIES) pumps in Aluminum, Cast Iron, 316L Stainless steel body ; DF SERIES (BARREL SERIES) pumps with only 316L Stainless Steel body ; It is produced in Aluminum and 316L Stainless Steel.
aodd pump manufacturers are also classified in terms of the elastomers they contain.
Transfer of NBR (Buna-N) oils and fuels, transfer of EPDM solvent, alcohol, acidic products, transfer of EPDM GRAY food products, PTFE (TEFLON) transfer of products requiring high chemical resistance, FKM (VITON) hydrocarbons and acids, NRS ( NEOPREN) ) It is used in the transfer of particulate fluids, caustic acid transfer), SANTOPREN is used in the transfer of fluids that require high chemical resistance, it also has an elastic structure, E⁴ PTFE (PATENTED) is used in the transfer of all chemical products and this diaphragm has ATEX, FDA, CE conformity.
Capacity And Other Operating Values Oof Air Diaphragm Pumps
Maximum capacity value of KIjeka AODD Pumps is 46 m³ / h . The maximum output pressure is 7 bar, but this value can reach up to 21 bar in the high pressure series . It is capable of suction from 9 meters . The maximum operating temperature of +130 ° C 'is. Maximum particle permeability is 25 mm for Aluminum series and 10 mm for other series . Minimum required air pressure: 1.2 bar.
Advantages Of Air Diaphragm Pumps
It contains significantly less additional parts appeared differently in relation to its partners, with this component, it gives basic speculation assets in help costs of customers and decreases upkeep times at a comparable rate. Since the air valve is inside the siphon and its arrangement, it hinders air spills on a very basic level and appreciation to this segment, it eats up altogether less air stood out from its partners. The regions where the diaphragms are found are more broad than their reciprocals, which allows more stream rate to be refined.