1. Acetic acid, beverage, essence, dye, fuel and so on can be made by Ethanol / Ethyl alcohol.
2. Ethyl alcohol also used in medically, ethanol with a volume fraction of 70 to 75 percent is commonly used as a disinfectant.
3. Ethanol is widely used in defense chemical industry, medical treatment, food industry and agriculture.
4. Ethanol can be used as an industrial feedstock :
1) Solvent; 2)Organic synthesis; 3)Crystallization of various compounds;
4)The detergent.Extracting agent; 5) Alcohol can be mixed with liquor;
6) Used as an adhesive;Nitro spray paint;Varnish, cosmetics, ink, paint off solvent and pesticide, medicine, rubber, plastic, artificial fiber, detergent and other manufacturing raw materials, can also do antifreeze, fuel, disinfectant 7) Ethanol 75% solution is commonly used for medical sterilization.
5. Ethanol can be used as Disinfection supplies
6. Ethanol can be used as Beverage products
7. Ethanol can be used as organic raw material
8. Ethanol can be used as automotive fuel
9. Ethanol can be used as pharmacological action.
Butoxy Ethanol,Ethanol 99%,Industrial Food Liquid,Ethanol Alcohol Disinfection SHANDONG S-SAILING CHEMICAL CO,LTD , https://www.sdqh-chem.com
Cleaning a hydraulic reservoir is an essential part of maintaining your equipment's longevity and performance. Here's a detailed guide on how to properly clean and flush your hydraulic reservoir.
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**How to Clean a Hydraulic Reservoir**
When it comes to hydraulic reservoirs, regular cleaning and flushing are key to preventing operational issues and ensuring a long lifespan for your machinery. Proper maintenance can significantly reduce downtime and repair costs. Below is a comprehensive step-by-step guide to help you clean your hydraulic reservoir effectively.
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### **Step 1: Drain the System**
Begin by draining the hydraulic fluid while the system is still warm. Operating temperature ensures that the fluid flows smoothly and carries away contaminants more efficiently. While draining, inspect the system for any signs of accumulated water or debris, especially around accumulators, cylinders, and filters. If the fluid appears cloudy, use compressed air with a desiccant to dry out the system. Afterward, replace the reservoir’s filters for the first time.
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### **Step 2: Clean the Interior**
Use a lint-free cloth to clean the inside of the reservoir thoroughly. Remove any loose paint, dirt, or fluid residue. Pay special attention to corners and hard-to-reach areas where contaminants might accumulate. This step ensures that your reservoir starts fresh for the next cycle.
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### **Step 3: Flush with Low-Viscosity Fluid**
Next, flush the reservoir using a low-viscosity hydraulic fluid or a specialized cleaning solvent, depending on your reservoir’s requirements. Flushing helps dislodge any stubborn particles adhering to the interior walls. Make sure to flush the system turbulently to maximize effectiveness. After flushing, drain the reservoir completely and replace the filters a second time.
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### **Step 4: Bleed and Vent the System**
To prepare the system for reactivation, fill the reservoir to three-quarters capacity and run the pump in short cycles—15 seconds on, 45 seconds off—for several repetitions. This process helps purge trapped air and ensures proper circulation throughout the system. Once complete, lift the relief valve to verify that all air has been expelled.
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### **Step 5: Test the Pump**
Run the pump for one-minute intervals, allowing the system to rest between cycles. Avoid running the pump for more than five minutes consecutively to prevent overheating. During each cycle, monitor the fluid flow and listen for unusual noises. After testing, let the system rest for at least five minutes before proceeding.
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### **Step 6: Operate Actuators**
Engage the actuators one at a time, checking for smooth operation and confirming that the fluid returns to the reservoir. After each actuator cycle, shut down the system and observe the fluid level. Ensure the reservoir remains at 50% capacity during this phase.
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### **Step 7: Refill and Re-test**
Gradually refill the reservoir to 75% capacity and run the system in five-minute intervals, venting the air after each session. After 30 minutes of continuous operation, replace the filters once more. Inspect the fluid for signs of contamination or cross-contamination. If needed, repeat the filter replacement.
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### **Step 8: Final Testing**
For the first few hours after cleaning, operate the hydraulic system for no longer than six hours. This period allows you to assess the system’s stability without risking damage from prolonged operation. Afterward, replace the filters for the final time and take a fluid sample for analysis. Confirm that the system is functioning optimally before returning it to full service.
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### **Additional Tips**
If you’re new to this process, practice makes perfect. After completing these steps a few times, you’ll gain confidence in teaching others how to maintain their hydraulic reservoirs effectively.
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### **Contact Finishing Systems for Expert Support**
At Finishing Systems, we specialize in providing top-tier equipment solutions across the country. With over five decades of experience, we pride ourselves on delivering exceptional customer service. Whether you need advice on hydraulic reservoir maintenance or require custom equipment, our team is here to assist. Reach out today to learn more about optimizing your hydraulic systems.
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By following these guidelines, you’ll not only extend the life of your hydraulic reservoir but also enhance overall system efficiency. For further assistance or inquiries, feel free to contact us anytime!
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This revised version maintains the core content while adding depth and clarity, making it easier for readers to follow along. It also includes additional tips and context to create a more engaging and informative piece.