Thank you very much for the feedback. Centrifuge works at 2800 rpm. For more details kindly visit at innovationfilter.com/products/industrial-centrifuge
Hello Mr. Manoj. We design and manufacture the phosphate sludge separation systems. We don't have expertise in making the phosphating chemicals. Will surely let you know, if we come across this information.
The tank is 12'x7'x5' ( just a estimate size) with heat tube at the bottom of tank. The tank is divided, heat tube on one side of wall, spray system motor weir on the other side. Sludge settles at bottom while running production on heat tube side. There is a pump filtration on the motor weir side of tank(spray system). With the volume of product and shifts, what can be a solution for removing sludge from heat tube side?
Hello Dunae Burton, apologize for the late reply. I wondered how to explain it in this short comment box since I will have to use drawings to explain it correctly. However, I will let you know the logic that I would use to design such a system- The design assumptions- 1. Continuously removing sludge is essential. 2. Phosphating chemicals should not go to waste 3. The separation should be automatic, without any manual involvement. Design logic- 1. If possible, make the tank bottom slope on one side and make a tank drain on that side. The drain should have a valve so that we can shut it whenever we want to. 2. Connect a scraper conveyor to the drain valve. The sludge, along with chemicals, will continuously flow by gravity in the conveyor. 3. The conveyor will transport the sludge out automatically. 4. We will use a pump to deliver the sludge-free chemicals from the top of the conveyor to the process tank through a simple mesh filter. 5. The mesh filter can be in a 1 working, 1 standby arrangement. This is one of the solutions to solve this problem. In case you want to discuss this in detail, please email us at sales@innovationfilter.com.
Thank you for your comment Mr. Khan. Yes, an operator will be needed to remove the rubber basket once its filled (its holding capacity is 4.5 kg). There are centrifuges which can be cleaned automatically- company called Centrasep makes them. But they are considerably expensive with lot more moving parts.
Hello Mr. Santosh. We design and manufacture the phosphate sludge separation systems. We don't have expertise in making the phosphating chemicals. Will surely let you know, if we come across this information.
Dear Mr. Devendra Kulkarni, we would be happy to help you. Requesting you to share your contact details. Or you can connect us at sales@innovationfilter.com
Sir for tank capacity 15000 ltr dimension of bath 12.6 mtr length x 1.4 widthx1.5 MTR depth bath ..What size of sepration system is recommended for Zn phosphate application.plz revert with contact no
Hello विधुत यंत्र. Thank you very much for your inquiry. Please send us an email at- sales@innovationfilter.com. We will send all details over email. You can also find more details at innovationfilter.com/applications/phosphating-chemical-filtration
Hello, apologize for the late reply. I wondered how to explain it in this short comment box since I will have to use drawings to explain it correctly. However, I will let you know the logic that I would use to design such a system- The design assumptions- 1. Continuously removing sludge is essential. 2. Phosphating chemicals should not go to waste 3. The separation should be automatic, without any manual involvement. Design logic- 1. If possible, make the tank bottom slope on one side and make a tank drain on that side. The drain should have a valve so that we can shut it whenever we want to. 2. Connect a scraper conveyor to the drain valve. The sludge, along with chemicals, will continuously flow by gravity in the conveyor. 3. The conveyor will transport the sludge out automatically. 4. We will use a pump to deliver the sludge-free chemicals from the top of the conveyor to the process tank through a simple mesh filter. 5. The mesh filter can be in a 1 working, 1 standby arrangement. This is one of the solutions to solve this problem. In case you want to discuss this in detail, please email us at sales@innovationfilter.com.
Dear Mr. Devendra Kulkarni, we would be happy to help you. Requesting you to share your contact details. Or you can connect us at sales@innovationfilter.com
Quite awesome. Very valuable information.
Thank you very much Mr. Nahlawi.
Thanks for the quick reply.
No worries!
Please provide new video about what's the posible defect during pickling
Thank you for your suggestion, we will work on it
Nyc vedio sir 🙏🙏🙏 good technique , what is the rpm of the cetrifuge
Thank you very much for the feedback. Centrifuge works at 2800 rpm. For more details kindly visit at innovationfilter.com/products/industrial-centrifuge
Please give your number sir
new bate maked in the chemical added in volum 1000litr tank so tell me added chemical please
Hello Mr. Manoj. We design and manufacture the phosphate sludge separation systems. We don't have expertise in making the phosphating chemicals. Will surely let you know, if we come across this information.
The tank is 12'x7'x5' ( just a estimate size) with heat tube at the bottom of tank. The tank is divided, heat tube on one side of wall, spray system motor weir on the other side. Sludge settles at bottom while running production on heat tube side. There is a pump filtration on the motor weir side of tank(spray system). With the volume of product and shifts, what can be a solution for removing sludge from heat tube side?
Thank you Dunae Burton for the question. We will work on this and come back to you by Tuesday next week
Hello Dunae Burton, apologize for the late reply. I wondered how to explain it in this short comment box since I will have to use drawings to explain it correctly. However, I will let you know the logic that I would use to design such a system-
The design assumptions-
1. Continuously removing sludge is essential.
2. Phosphating chemicals should not go to waste
3. The separation should be automatic, without any manual involvement.
Design logic-
1. If possible, make the tank bottom slope on one side and make a tank drain on that side. The drain should have a valve so that we can shut it whenever we want to.
2. Connect a scraper conveyor to the drain valve. The sludge, along with chemicals, will continuously flow by gravity in the conveyor.
3. The conveyor will transport the sludge out automatically.
4. We will use a pump to deliver the sludge-free chemicals from the top of the conveyor to the process tank through a simple mesh filter.
5. The mesh filter can be in a 1 working, 1 standby arrangement.
This is one of the solutions to solve this problem. In case you want to discuss this in detail, please email us at sales@innovationfilter.com.
Good innovation. But an operator will be required to replace centrifugal filter. Can it be some type of automatic arrangement?
Thank you for your comment Mr. Khan. Yes, an operator will be needed to remove the rubber basket once its filled (its holding capacity is 4.5 kg). There are centrifuges which can be cleaned automatically- company called Centrasep makes them. But they are considerably expensive with lot more moving parts.
Hi Muhammad, please share your contact
How to make phosphating chemicals .
Hello Mr. Santosh. We design and manufacture the phosphate sludge separation systems. We don't have expertise in making the phosphating chemicals. Will surely let you know, if we come across this information.
Please help me zink phosphaid remove trick
Dear Mr. Devendra Kulkarni, we would be happy to help you. Requesting you to share your contact details. Or you can connect us at sales@innovationfilter.com
Sir for tank capacity 15000 ltr dimension of bath 12.6 mtr length x 1.4 widthx1.5 MTR depth bath ..What size of sepration system is recommended for Zn phosphate application.plz revert with contact no
Hello विधुत यंत्र. Thank you very much for your inquiry. Please send us an email at- sales@innovationfilter.com. We will send all details over email. You can also find more details at innovationfilter.com/applications/phosphating-chemical-filtration
Hello, apologize for the late reply. I wondered how to explain it in this short comment box since I will have to use drawings to explain it correctly. However, I will let you know the logic that I would use to design such a system-
The design assumptions-
1. Continuously removing sludge is essential.
2. Phosphating chemicals should not go to waste
3. The separation should be automatic, without any manual involvement.
Design logic-
1. If possible, make the tank bottom slope on one side and make a tank drain on that side. The drain should have a valve so that we can shut it whenever we want to.
2. Connect a scraper conveyor to the drain valve. The sludge, along with chemicals, will continuously flow by gravity in the conveyor.
3. The conveyor will transport the sludge out automatically.
4. We will use a pump to deliver the sludge-free chemicals from the top of the conveyor to the process tank through a simple mesh filter.
5. The mesh filter can be in a 1 working, 1 standby arrangement.
This is one of the solutions to solve this problem. In case you want to discuss this in detail, please email us at sales@innovationfilter.com.
Hi, please share your contact
Sir please help kijiye aur replay dijiye
Dear Mr. Devendra Kulkarni, we would be happy to help you. Requesting you to share your contact details. Or you can connect us at sales@innovationfilter.com
Hi Devendra, please share your contact