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The anti-falling object aramid platform for the condenser of the steam turbine is designed according to the internal structure of different low-pressure cylinders. The main material of the anti-falling object aramid platform for the condenser is multi-layer aramid cloth, and the auxiliary material is high-strength synthetic fiber rope with rope loops at both ends. The metal fittings are made of 304 stainless steel, galvanized parts and aluminum alloy parts.There are three fixing methods for the anti-falling object aramid platform for the condenser of the steam turbine inside the low-pressure cylinder: hooking, binding and hanging. Five or six people can work in one low-pressure cylinder, and the installation can be completed within 4 hours. The anti-falling object aramid platform for the condenser of the steam turbine is lightweight, quick to install, fireproof, waterproof and impact-resistant. It can effectively catch falling objects above the cylinder, protect the cooling titanium tubes inside the low-pressure cylinder, and avoid the risk of dropping titanium tubes when scaffolding is erected and steel grating is laid in the traditional way. The anti-falling object aramid platform for the condenser of the steam turbine can be reused many times and is convenient to store after use.      

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The main principle of the XQYD type new gas-wall sealing oil baffle is to allow dry compressed air to enter the air chamber of the oil baffle, and then exhaust through the air grooves on the air chamber. This causes the compressed air to form a ring-shaped air wall around the shaft diameter. The air wall completely wraps around the shaft diameter, preventing external steam from entering the bearing housing and also preventing the splashed lubricating oil in the bearing housing from approaching the copper teeth of the oil baffle. The new gas-wall sealing oil baffle completely solves problems such as water ingress into the lubricating oil and emulsification of the lubricating oil by steam. The new gas-wall sealing oil baffle adopts a non-contact air sealing method, eliminating the problem of carbon deposition at the tips of the oil baffle teeth. Problems such as shaft wear and unit vibration caused by carbon deposition on the oil baffle will no longer occur. The new gas-wall sealing oil baffle has six major advantages: 1. Safe and reliable; 2. Energy-saving and environmentally friendly; 3. Cost reduction; 4. Low failure rate; 5. Long service life; 6. High economic benefits.         

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The main principle of the XQYD type new gas-wall sealing oil baffle is to allow dry compressed air to enter the air chamber of the oil baffle, and then exhaust through the air grooves on the air chamber. This causes the compressed air to form a ring-shaped air wall around the shaft diameter. The air wall completely wraps around the shaft diameter, preventing external steam from entering the bearing housing and also preventing the splashed lubricating oil in the bearing housing from approaching the copper teeth of the oil baffle. The new gas-wall sealing oil baffle completely solves problems such as water ingress into the lubricating oil and emulsification of the lubricating oil by steam. The new gas-wall sealing oil baffle adopts a non-contact air sealing method, eliminating the problem of carbon deposition at the tips of the oil baffle teeth. Problems such as shaft wear and unit vibration caused by carbon deposition on the oil baffle will no longer occur. The new gas-wall sealing oil baffle has six major advantages: 1. Safe and reliable; 2. Energy-saving and environmentally friendly; 3. Cost reduction; 4. Low failure rate; 5. Long service life; 6. High economic benefits.            

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Crew

Producer

Quantity

The main principle of the XQYD type new gas-wall sealing oil baffle is to allow dry compressed air to enter the air chamber of the oil baffle, and then exhaust through the air grooves on the air chamber. This causes the compressed air to form a ring-shaped air wall around the shaft diameter. The air wall completely wraps around the shaft diameter, preventing external steam from entering the bearing housing and also preventing the splashed lubricating oil in the bearing housing from approaching the copper teeth of the oil baffle. The new gas-wall sealing oil baffle completely solves problems such as water ingress into the lubricating oil and emulsification of the lubricating oil by steam. The new gas-wall sealing oil baffle adopts a non-contact air sealing method, eliminating the problem of carbon deposition at the tips of the oil baffle teeth. Problems such as shaft wear and unit vibration caused by carbon deposition on the oil baffle will no longer occur. The new gas-wall sealing oil baffle has six major advantages: 1. Safe and reliable; 2. Energy-saving and environmentally friendly; 3. Cost reduction; 4. Low failure rate; 5. Long service life; 6. High economic benefits.                  

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Crew

Producer

Quantity

The main principle of the XQYD type new gas-wall sealing oil baffle is to allow dry compressed air to enter the air chamber of the oil baffle, and then exhaust through the air grooves on the air chamber. This causes the compressed air to form a ring-shaped air wall around the shaft diameter. The air wall completely wraps around the shaft diameter, preventing external steam from entering the bearing housing and also preventing the splashed lubricating oil in the bearing housing from approaching the copper teeth of the oil baffle. The new gas-wall sealing oil baffle completely solves problems such as water ingress into the lubricating oil and emulsification of the lubricating oil by steam. The new gas-wall sealing oil baffle adopts a non-contact air sealing method, eliminating the problem of carbon deposition at the tips of the oil baffle teeth. Problems such as shaft wear and unit vibration caused by carbon deposition on the oil baffle will no longer occur. The new gas-wall sealing oil baffle has six major advantages: 1. Safe and reliable; 2. Energy-saving and environmentally friendly; 3. Cost reduction; 4. Low failure rate; 5. Long service life; 6. High economic benefits.         

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