Automated Monitoring and Adjusting System for Coolant

【All-purpose】 MORESCO BS-6M emulsion coolant

【All-purpose】 MORESCO BS-6M emulsion coolant

The BS-6M coolant which is called all-purpose coolant without chlorine. It is best in aluminum(7075) and copper materials which performance can control and prevent the color change while metalworking. Besides, BS-6M cutting fluid have excellent lubricating, washing and cooling abilities to reduce the stickiness of machine and workpieces. The coolant have prodcut certifications and all processing complies with ISO 9001:2015 QMS(Quality Management System).

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【Vegetable Oil】 HLJH AIE-71 Emulsion Coolant

【Vegetable Oil】 HLJH AIE-71 Emulsion Coolant

The AIE-71 coolant is suitable for aluminum and stainless steel which has excellent anti-foaming, lubricating and anti-corrosion performance during machining. In particular, there is a vegetable-oil within metalworking fluids, and does not have chlorine. It considering environmental issues and human healthy. The coolant have prodcut certifications, and all processing comply with ISO 9001:2015 QMS(Quality Management System).

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30 Years of Automated Monitoring and Adjusting System for Coolant | Metalworking Oil Manufacturer - HLJH

Located in Taiwan, HAI LU JYA HE CO., LTD, since 1982, is a Automated Monitoring and Adjusting System for Coolant | metalworking fluid (MWF) & oil supplier. Main product, including Metalworking Fluid (Cutting Oil), Lubricant Oil (Slideway Oil, Hydraulic Oil, Rust Preventive Oil, Wastewater Treatment Machine and Quality Monitoring System for MWFs.

Metalworking oil and fluid, RoHS, TGRS, SGS and SDS certified. Along with industrial cutting oil, wastewater and sewage treatment solutions and machines are provided. The wastewater treatment plant design is combining sophisticated science and technology to reach effluent standards of COD, which allows watering, directly emission and reduce the pollution.

HLJH has been offering customers high-quality metalworking oils & fluids, both with advanced technology and over 30 years of experience, HLJH ensures each customer's demands are met.

Automated Monitoring and Adjusting System for Coolant

Quality Detection System of Cutting Oil

Through networking, cutting oil quality is monitoring at any time.
Through networking, cutting oil quality is monitoring at any time.

The Future Trends - A Digital System

How could we know that I need to change the cutting oil?
We introduce the remote technology with internet that can detect quality of water and concentration.
Through the remote monitoring system, we provide artificial intelligence automatic alarm service; you can control an accurate data on the monitoring. It can reduce the human negligence and expenditure under an accurate data. To influence the whole of procedure that not only machine but also the water quality.

Nowadays, the network has popularized; the remote monitoring has become the most popular tools.

Operations:
Put in concentration meter and acidity meter in the machine, through the network, the system can detect instantly that it will send the data to server. The system can connect much kind of digital products, no matter when or where, you can control an accurate data.

Advantage of product:
• Detect PH level instantly.
• Detect acidity instantly.
• Create the value of data.

INDUSTRIAL APPLICATION

▼ Process Flow Diagram of IOT

Process Flow Diagram of IOT

Blog
If you’ve worked in a machine shop or metalworking facility for any length of time, you have no doubt encountered a variety of unpleasant odors. Perhaps you’ve noticed that “rotten egg” or “Monday morning” smell (bacteria) when metalworking coolants are allowed to “rest” over the weekend, usually under a blanket of surface tramp oil. Regardless of any situations, your nose is alerting you to the serious problem of microbiological growth in your water-based metalworking fluids. Bacteria grow in coolant sumps, producing a nasty smell and biomass that can clog filters and screens. In other cases, sulfur odors from unchecked bacterial growth have gotten so bad that plant and office personnel have refused to work. Obviously, when things get to this point, there will be considerable expense and inconvenience to remedy the situation.Change to a different brand and the problem will be solve, is that correct? Perhaps, not is. Even the best coolants will eventually succumb to microbiological attack if they are not properly maintained. Good coolant maintenance begins with consistent concentration control. Most coolants are formulated to produce an alkaline, high-pH environment that inhibits microbiological growth. Some contain biocides designed to kill micro-organisms.Neither of these fluid defenses will function effectively if the additive ingredients are not present in the proper proportions. Failure to check and adjust coolant concentration at least daily is one sure way to start growing “bugs.” Check the fluid pH with test strips on a weekly basis. For most coolants, pH values below 8.5 indicate developing microbiological issues.The next step is to use a good sump cleaner to flush the reservoir during change outs. This will ensure that any remaining bacteria, biomass, and tramp oil are properly dealt with before the new coolant is installed. During service outages, inspect the reservoir and conveyor channels for the presence of biomass. In the worst cases, these may have to be physically removed. Read More
Cutting fluids serve a number of key lubrication functions, cooling to preserve tool life, remove chips, and surface protection to preserve the machined part from corrosion. The usage and environment of metal cutting fluids cause them to change over time. Therefore, fluid maintenance is crucial for a better application of the fluid. Read More

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