Cleanliness testing equipment is an industrial testing tool used for analyzing and evaluating surface particle pollutants of products, mainly applied in quality control of industries such as liquid cooling, automotive parts, aerospace, semiconductors, and medical devices.
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Medication control equipment is an automated device used for water treatment, widely used in municipal/industrial water treatment, sludge sedimentation dewatering/pressure filtration, papermaking, reverse osmosis system pretreatment and other processes that require the addition of coagulants.
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High detection accuracy and reliable data; High detection efficiency and rapid response; Easy to operate and flexible to deploy; Wide applicability and strong adaptability.
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Gas detector is a gas monitoring device that detects the concentration of gas leaks, widely used in various places such as petrochemical, coal, metallurgy, chemical, municipal gas, environmental monitoring, etc. for on-site detection.
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Bebur Technology limited is a globally top -notch solution provider of water quality analysis and gas detection with 20 years,a high-tech enterprise integrating scientific research, manufacturing, sales, and after-sales service of electronic instruments.
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We are committed to the research and development, manufacturing, and service of professional online water quality testing instruments and gas monitoring equipment
The product has gained recognition and praise from users for its mature design, exquisite craftsmanship, and professional on-site solutions for users
Developed and launched a series of water quality detection instruments and gas monitoring equipment for applications in municipal/chemical/liquid cooling/power/environmental protection fields
Bebur is headquartered in London, UK, originating from Europe and serving the world.
Advanced electrochemical and optical technologies provide accurate and reliable solutions for water quality detection and gas monitoring.
Comprehensive coverage of water quality, gas, cleanliness, and dosing control systems to meet various monitoring needs.
Customer centric, providing convenient, fast and professional technical contacts and services, continuously developing high-quality products and providing professional solutions
Turbidity monitoring in liquid cooling systems should use an online turbidity sensor designed specifically for low-conductivity coolants,with measurement ranges covering 0–10 NTU and 0–100 NTU,and with the ability to resist reflection from stainless steel piping and to provide self-cleaning.The Bebur BS-TURB113 Liquid Cooling Turbidity Sensor is based on the optical through-beam principle,has a resolution of 0.001 NTU,is compatible with ethylene glycol,propylene glycol,and deionized water,supports RS485 output,and is suitable for online monitoring of coolant cleanliness in cold-plate liquid cooling CDUs in data centers.
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As a provider of water quality testing and intelligent dosing solutions,Bebur has been invited to attend the conference and will present precise coagulation dosing and water quality testing solutions for water treatment in thermal power and renewable energy power generation scenarios.
More >The Bebur BS-EC350 liquid coolant conductivity sensor adopts advanced anti-polarization and signal isolation technology to effectively eliminate external interference, ensuring accurate and stable performance even in complex electromagnetic environments. Its easy installation and compatibility with various media such as propylene glycol, ethylene glycol and deionized water provide a reliable safety assurance for liquid cooling systems.
The Bebur BS-TURB113 liquid-coolant turbidity sensor operates on an optical opposed-beam (through-beam) principle: a transmitter emits light at a specific wavelength, and a receiver measures the transmitted light that passes through the coolant under test.
The pH value reflects the acidity or alkalinity of the coolant.Once the coolant becomes imbalanced,it can trigger a chain of related problems:excessive acidity will corrode metal components such as piping and server hardware,leading to equipment damage and leakage risks.The Bebur BS-PHS276 liquid-coolant pH sensor adopts advanced glass electrode technology combined with a high-precision signal processing chip,enabling accurate pH measurement.It sensitively captures subtle changes in coolant pH and delivers accurate,stable monitoring data in both acidic and alkaline environments,providing a reliable basis for evaluating the operating status of a liquid cooling system.
Held from August 6 to 7, the 6th International AIDC Liquid‑Cooling Supply Chain Summit 2026 took place at Hyatt Regency Shenzhen Bao’an Airport.
Tel：+86-18001379750
E-mail：sales@bebur.net
Whatsapp：+86-18518487185
Skype：+86-18518487185
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