Sincerity · Effort · Professionalism · Innovation
SHANGHAI FL-AUTOMATION CO., LTD
SHANGHAI FL-AUTOMATION CO., LTD
SINCE 2012
Specializing in instruments and meters
15
+
Production experience
4
+
Possessing an invention patent
90
+
Utility Model Patent and Design Patent
ABOUT US
SHANGHAI FL-AUTOMATION CO., LTD
Shanghai FL-Automation Control Systems Co., Ltd. (FL-AUTOMATION), established in 2012 and headquartered at Building 2, No. 1698 Minyi Road, Xinqiao Town, Songjiang District, Shanghai, is a high-tech enterprise specializing in the R&D, manufacturing, sales, and service of instrumentation and control systems, providing comprehensive turnkey solutions for end users. The company’s product brand is H&B (Hartmann & Braun).
Our product portfolio covers level, pressure, temperature, flow, and analytical instrumentation, including pressure transmitter (purge) systems, magnetic flap/magnetostrictive level transmitters, temperature transmitters, differential-pressure flowmeters, metal-tube float flowmeters, vortex shedding flowmeters, electromagnetic flowmeters, mass flowmeters, metering skids, viscometers, esterification analysis systems, and water- and gas-preprocessing analysis systems, among others.
Product Showcase
A high-tech enterprise specializing in the R&D, manufacturing, sales, and service of instruments and meters, providing comprehensive solutions for end users.
Pressure Measurement
Level measurement
Flow measurement
Temperature measurement
Viscosity Analysis
Melt Index Analysis
Esterification Rate Analysis
Water and gas analysis measurement
PLC, DCS, and SIS systems
Accuracy: 0.1% (optional 0.05%)
Long-term stability: Full-scale drift < 0.15% per 10 years
Provides measurement of very small pressure ranges and negative pressures, with a measurement range as low as 0 to 50 Pa.
Pipeline clamping and front-diaphragm pressure measurement.
Special wind-pressure-resistant structural design that effectively mitigates the impact of ambient pressure fluctuations, making it suitable for reliable negative-pressure measurement in pyrolysis furnaces, heating furnaces, and incinerators.
Safety certifications: Intrinsically safe, explosion-proof, ATEX, FM, etc.
Supports multiple communication protocols, including HART/4–20 mA, PROFIBUS-PA, FOUNDATION Fieldbus, and MODBUS.
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265DS Differential Pressure Transmitter
Accuracy: 0.1% (optional 0.05%)
Long-term stability: Full-scale drift < 0.15% per 10 years
Minimum adjustable range for differential pressure transmitters: 0–50 Pa
High-static-pressure transmitters (up to 42 MPa) are used in supercritical applications, gas-fired power plants, oil pipelines, and oil-and-gas production facilities.
High-vacuum gauges (with minimum static pressure down to 70 Pa, ABS material) are used in vacuum fractionation towers or evaporators.
Micro-differential pressure transmitters have a minimum adjustable range of 0–25 Pa.
Safety certifications: Intrinsically safe, explosion-proof, ATEX, FM, etc.
Supports multiple communication protocols, including HART/4–20 mA, PROFIBUS-PA, FOUNDATION Fieldbus, and MODBUS.
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265AS Micro-Pressure Transmitter
Accuracy: 0.1% (optional 0.05%)
Long-term stability: Full-scale drift < 0.15% per 10 years
Suitable for measuring ultra-low absolute pressures (with a minimum span range of 0–50 Pa ABS that can be set)
Patented design for absolute pressure measurement applications, featuring VC vacuum cartridge connection and high-vacuum ball valves
Safety certifications: Intrinsically safe, explosion-proof, ATEX, FM, etc.
Supports multiple communication protocols, including HART/4–20 mA, PROFIBUS-PA, FOUNDATION, and MODBUS
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S265BN High-Temperature Melt Pressure Transmitter (Flanged)
High accuracy: ±0.1%; maximum turndown ratio: 40:1 (flanged type)
Standard HART protocol, integrated LCD display, and optional certifications including explosion-proof and intrinsically safe
Maximum operating temperature: 400°C; maximum pressure rating: 90 MPa
Optional integrated pressure and temperature sensor
Various thread types, flange sizes, and fill fluids available; matching mounting bases can be provided
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S265BN High-Temperature Melt Pressure Transmitter (Threaded Type)
High accuracy: ±0.1%; maximum turndown ratio: 40:1 (flanged type)
Standard HART protocol, integrated LCD display, and optional certifications including explosion-proof and intrinsically safe
Maximum operating temperature: 400°C; maximum pressure rating: 90 MPa
Optional integrated pressure and temperature sensor
Various thread types, flange sizes, and fill fluids available; matching mounting bases can be provided
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S265 Remote-Sealed Design (Pressure – Single Flange)
Fully welded construction with a specialized high-temperature, vacuum-resistant design, along with proprietary filling and high-temperature degassing processes.
Ensures accurate liquid level and pressure measurement under high-temperature, high-vacuum conditions, with a maximum operating temperature of 400°C and a vacuum rating of 70 Pa at 230°C.
Available with flat or convex faces and various custom flange configurations, suitable for measuring liquid levels in pressurized pipelines, open vessels, and closed tanks.
Membrane options tailored to handle corrosive and sticky media; for example, Monel diaphragms are ideal for nuclear reprocessing applications.
Graduated silicone oil filling provides a maximum temperature rating of up to 650°C (for pressure measurement in solar thermal molten salt systems).
Hygienic, sterile process connections and filling fluids are used in the food, brewing, and pharmaceutical industries.
Electronic remote transmission and single-flange differential pressure transmitters with negative-pressure-side venting significantly reduce the impact of ambient temperature and capillary length on measurement accuracy.
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S265 Remote-Sealed Design (Differential Pressure – Single Flange)
Fully welded construction with a specialized high-temperature, vacuum-resistant design, along with proprietary filling and high-temperature degassing processes.
Ensures accurate liquid level and pressure measurement under high-temperature, high-vacuum conditions, with a maximum operating temperature of 400°C and a vacuum rating of 70 Pa at 230°C.
Available with flat or convex faces and various custom flange configurations, suitable for measuring liquid levels in pressurized pipelines, open vessels, and closed tanks.
Membrane options tailored to handle corrosive and sticky media; for example, Monel diaphragms are ideal for nuclear reprocessing applications.
Graduated silicone oil filling provides a maximum temperature rating of up to 650°C (for pressure measurement in solar thermal molten salt systems).
Hygienic, sterile process connections and filling fluids are used in the food, brewing, and pharmaceutical industries.
Electronic remote transmission and single-flange differential pressure transmitters with negative-pressure-side venting significantly reduce the impact of ambient temperature and capillary length on measurement accuracy.
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S265 Remote-Sealed Design (Dual-Flange Level Gauge)
Fully welded construction with a specialized high-temperature, vacuum-resistant design, along with proprietary filling and high-temperature degassing processes.
Ensures accurate liquid level and pressure measurement under high-temperature, high-vacuum conditions, with a maximum operating temperature of 400°C and a vacuum rating of 70 Pa at 230°C.
Available with flat or convex faces and various custom flange configurations, suitable for measuring liquid levels in pressurized pipelines, open vessels, and closed tanks.
Membrane options tailored to handle corrosive and sticky media; for example, Monel diaphragms are ideal for nuclear reprocessing applications.
Graduated silicone oil filling provides a maximum temperature rating of up to 650°C (for pressure measurement in solar thermal molten salt systems).
Hygienic, sterile process connections and filling fluids are used in the food, brewing, and pharmaceutical industries.
Electronic remote transmission and single-flange differential pressure transmitters with negative-pressure-side venting significantly reduce the impact of ambient temperature and capillary length on measurement accuracy.
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S265 Remote-Sealed Design (Single Flange with Negative-Pressure Side Purging)
Fully welded construction with a specialized high-temperature, vacuum-resistant design, along with proprietary filling and high-temperature degassing processes.
Ensures accurate liquid level and pressure measurement under high-temperature, high-vacuum conditions, with a maximum operating temperature of 400°C and a vacuum rating of 70 Pa at 230°C.
Available with flat or convex faces and various custom flange configurations, suitable for measuring liquid levels in pressurized pipelines, open vessels, and closed tanks.
Membrane options tailored to handle corrosive and sticky media; for example, Monel diaphragms are ideal for nuclear reprocessing applications.
Graduated silicone oil filling provides a maximum temperature rating of up to 650°C (for pressure measurement in solar thermal molten salt systems).
Hygienic, sterile process connections and filling fluids are used in the food, brewing, and pharmaceutical industries.
Electronic remote transmission and single-flange differential pressure transmitters with negative-pressure-side venting significantly reduce the impact of ambient temperature and capillary length on measurement accuracy.
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265CS Multi-Parameter Differential Pressure Transmitter
Basic accuracy of 0.1% (optional 0.05%), differential pressure range of 25 Pa to 2 MPa, and static pressure range of 0.6 MPa to 42 MPa (absolute pressure).
When connected to an external temperature sensor, online temperature and pressure compensation can be achieved, enabling the measurement of volumetric or mass flow rates for gases or water vapor that require such compensation.
Verified overall accuracy; utilizing the MODBUS communication protocol and a remote transmission unit (TRTU), it is suitable for commercial metering applications such as natural gas transmission and steam measurement.
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Online plug-and-play replacement is possible; for example, level measurement in degradable-plastic chain-extending and viscosity-enhancing reactors.
Fully welded, integrated structure (split design available as an option), with simple installation and maintenance; holistic design ensures anti-blocking and leak-proof performance.
Highly versatile and multi-purpose, capable of measuring liquid level, density, interface, as well as pressure and flow under conditions prone to blockage.
Suitable for liquid-level measurement in a wide range of complex operating conditions, with simultaneous resistance to high temperature and vacuum (temperature up to 800°C, pressure down to 10⁻³ Pa).
Ideal for measuring in highly viscous media (viscosity can exceed 2500 Pa·s) and strongly corrosive environments.
Applicable to pressure, liquid-level, and flow measurement in radioactive settings, such as seawater level differentials in nuclear-power-plant pump rooms.
The latest fifth-generation gas-blown level transmitter: constant-flow and self-powered pressure stabilization, with a minimum blow-in flow rate of 0–10 L/h, offering high accuracy and excellent stability; equipped with back-blowing and anti-blocking functions.
Suitable for liquid-level measurement in any medium prone to crystallization or condensation: includes air-source heating and a gas-blown measurement method that matches the original process fluid (e.g., liquid-level measurement in α-olefin and urea towers).
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Online plug-and-play replacement is possible; for example, level measurement in degradable-plastic chain-extending and viscosity-enhancing reactors.
Fully welded, integrated structure (split design available as an option), with simple installation and maintenance; holistic design ensures anti-blocking and leak-proof performance.
Highly versatile and multi-purpose, capable of measuring liquid level, density, interface, as well as pressure and flow under conditions prone to blockage.
Suitable for liquid-level measurement in a wide range of complex operating conditions, with simultaneous resistance to high temperature and vacuum (temperature up to 800°C, pressure down to 10⁻³ Pa).
Ideal for measuring in highly viscous media (viscosity can exceed 2500 Pa·s) and strongly corrosive environments.
Applicable to pressure, liquid-level, and flow measurement in radioactive settings, such as seawater level differentials in nuclear-power-plant pump rooms.
The latest fifth-generation gas-blown level transmitter: constant-flow and self-powered pressure stabilization, with a minimum blow-in flow rate of 0–10 L/h, offering high accuracy and excellent stability; equipped with back-blowing and anti-blocking functions.
Suitable for liquid-level measurement in any medium prone to crystallization or condensation: includes air-source heating and a gas-blown measurement method that matches the original process fluid (e.g., liquid-level measurement in α-olefin and urea towers).
READ MORE +
Online plug-and-play replacement is possible; for example, level measurement in degradable-plastic chain-extending and viscosity-enhancing reactors.
Fully welded, integrated structure (split design available as an option), with simple installation and maintenance; holistic design ensures anti-blocking and leak-proof performance.
Highly versatile and multi-purpose, capable of measuring liquid level, density, interface, as well as pressure and flow under conditions prone to blockage.
Suitable for liquid-level measurement in a wide range of complex operating conditions, with simultaneous resistance to high temperature and vacuum (temperature up to 800°C, pressure down to 10⁻³ Pa).
Ideal for measuring in highly viscous media (viscosity can exceed 2500 Pa·s) and strongly corrosive environments.
Applicable to pressure, liquid-level, and flow measurement in radioactive settings, such as seawater level differentials in nuclear-power-plant pump rooms.
The latest fifth-generation gas-blown level transmitter: constant-flow and self-powered pressure stabilization, with a minimum blow-in flow rate of 0–10 L/h, offering high accuracy and excellent stability; equipped with back-blowing and anti-blocking functions.
Suitable for liquid-level measurement in any medium prone to crystallization or condensation: includes air-source heating and a gas-blown measurement method that matches the original process fluid (e.g., liquid-level measurement in α-olefin and urea towers).
READ MORE +
Suitable for measuring multiple variables in various radioactive liquid streams across the nuclear industry.
No moving parts; except for the purge gas line, the instrument does not come into contact with the process fluid.
Compact, robust, small, and aesthetically pleasing design, facilitating installation and maintenance.
Modular design eliminates complex piping and valves, ensuring excellent sealing and low failure rates.
All-welded, integrated construction provides superior seismic resistance (as demonstrated in seismic testing of nuclear-safety-class purge gas systems).
Highly versatile: a single device can serve multiple applications, allowing users to select one-, two-, three-, four-, or five-pipe purge systems based on their specific needs.
Ideal for pressure, level, density, and flow measurement in radioactive environments, including spent fuel reprocessing, uranium enrichment, and seawater level differential measurements in nuclear power plant pump rooms.
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Magnetic flap level gauges are suitable for level monitoring and indication in a wide range of media, while magnetostrictive level gauges can be used for high-precision continuous measurement of liquid levels and interfaces in various media. They enable safe and reliable level measurement under high-temperature, high-pressure, and highly corrosive conditions, with full-range measurement free of blind zones, prominent display, and intuitive readout. These instruments can be equipped with level switches to provide upper- and lower-limit alarms for liquid level or interface. They can also be fitted with level transmitters that convert level and interface signals into a two-wire 4–20 mA + HART standard signal, enabling remote detection, indication, recording, and control. On-site commissioning and maintenance are unnecessary, ensuring high stability and safety.
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H&B265SF Series Integrated Differential Pressure Flow Measurement System
All-welded, integral structure; optional temperature and pressure compensation; optional integrated purging and anti-blocking pressure tapping.
Calibration for commercial handover, national metrological certification, and full-series TS certification are available.
Comprehensive turnkey solutions are provided, including throttling elements paired with on-site flow sensors tailored to specific operating conditions.
Capable of measuring a wide range of special media, including gases, liquids, steam, and liquid-solid two-phase mixtures.
Multi-parameter transmitters can measure various parameters, such as volumetric flow rate and mass flow rate of air, gases, or steam.
Explosion-proof certifications: intrinsically safe, flameproof, NEPSI, ATEX, FM, and others.
Supports multiple communication protocols: HART/4–20 mA, PROFIBUS-PA, FF, and more.
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FXEM4000 Electromagnetic Flowmeter
Power Supply: 220 V AC, 24 V DC, or 3.6 V lithium battery
Electrode Types: Standard type, scraper type
Electrode Materials: 316L, Hastelloy alloy, titanium, tantalum, platinum–iridium
Process Connection Types: Flange, clamp, threaded, welded, DIN 11851/Tri-Clamp (hygienic), etc.
Applications: Suitable for measurement in harsh conditions involving pulp, mineral slurry, mud, coal slurry, and low-conductivity media
Pipe Size Range: DN15–DN1600; Pressure Rating: PN10–PN40
Conductivity: ≥5 μS/cm; for low-conductivity media: ≥0.5 μS/cm; Accuracy: 0.5%
Medium Temperature: Standard version –25°C to 150°C; High-Temperature version up to 200°C
Protection Rating: IP67, IP68 (submersible)
Optional high- and low-frequency excitation as well as square-wave excitation; Excitation Frequencies: 6.25 Hz, 12.5 Hz, 25 Hz and above, selectable
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Caliber range: DN15–DN300
Accuracy: ±0.75% (liquids); ±1% (gases and steam)
Sensor section: Integral casting of the body; independently designed flow element
Process connection type: Standard flange connection
Sensor materials: Body made of SCS14A cast stainless steel (equivalent to 316); flow element made of SUS329J1 duplex stainless steel
Pressure rating: PN10–PN63, CL150–CL600
Medium temperature: −40°C to 250°C; high-temperature version up to 350°C
Protection rating: IP67
Power supply: 24 VDC; dual power supply option of 24 VDC and lithium battery
Output: 4–20 mA + HART or pulse/4–20 mA + RS485 (Modbus protocol) + pulse
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FAM3000 Metal Tube Float Flowmeter
Product Types: Basic, High-Temperature, Damped, Hygienic, Corrosion-Resistant, Jacketed, Miniature, and Glass-Rotor
Bore Range: DN15–DN150; Pressure Rating: PN10–PN40; Turndown Ratio: 10:1
Accuracy Classes: Class 1.5 and Class 2.5
Float Material: PTFE/PFA, Ceramic (suitable for HBr), etc.
Power Supply Options: 220 VAC, 24 V DC, and 3.6 V Lithium Battery
Medium Temperature: −80°C to 350°C; Operating Temperature: −25°C to 80°C
Certifications: Intrinsically Safe, Flameproof, SIL, and CE
Signal Outputs: Local Indicator, 4–20 mA + HART, and Alarm Signal
Process Connection Types: Welding, Flange, Threaded, Clamp, DIN 11851/Tri-Clamp (Hygienic), etc.
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H&B265SFC Porous Balanced Orifice Flow Meter
Accuracy: 1.0%, Repeatability: 0.1%
Turndown Ratio: 10:1 (up to 30:1 or 50:1), Orifice Ratio: 0.2–0.65
Straight Pipe Sections: Upstream 5D, Downstream 3D (minimum can be as low as 0.5D on both sides)
Pressure Loss: Determined by the β value in the calculation report; it is 1/4 that of a single-orifice plate.
Caliber Range: 25–1000 mm (1–40 in) (larger calibers available upon further consultation)
Temperature and Pressure Rating: PN420 (ANSI B16.5 Class 1500), 600°C
Application Scope: Suitable for gas–liquid two-phase flow, slurry, and even solid particle measurement; also capable of measuring bidirectional flow.
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Accuracy class: 1.0%; repeatability: 0.2%; low Reynolds number threshold > 500
Turndown ratio: 5:1; orifice ratio: 0.2–0.7
Straight pipe lengths: 5D upstream, 3D downstream
Nominal diameter range: DN15–DN600 (1/2–24 in)
Temperature and pressure ratings: ANSI B16.5 Class 2500, 450°C
Tungsten carbide super-wear-resistant wedge available
Application scope: Suitable for high temperature, high pressure, high viscosity, and easily crystallizing fluids; ideal for measuring two-phase flows (containing solid particles, including mud, mineral slurry, and pulp).
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H&B265SFA Constant-velocity Pitot Tube Flow Meter
Accuracy: 1.0%, Repeatability: 0.1%
Turndown Ratio: 8:1 (up to 10:1)
Straight Pipe Lengths: Upstream 10D, Downstream 5D
Pipe Diameter Range: 50–3000 mm (2–120 in) (larger diameters available upon further inquiry)
Temperature and Pressure Rating: 50 MPa, 600°C
Applicable Media: Clean gases, liquids, and steam
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Accuracy: 1.0%; excellent stability and low maintenance requirements
Caliber range: 20–1,200 mm (larger diameters available upon further inquiry)
Working pressure: PN ≤ 32 MPa; working temperature: −190°C to 550°C
The straight pipe lengths required upstream and downstream are shorter than those for other throttling devices—approximately 1.5D upstream and 1D downstream.
Large differential pressure and wide measurement range.
Low pressure loss and low energy consumption.
Wide application scope: suitable for general gases, flue gases, blast-furnace gas with high impurity content, etc.; long-term operation without clogging.
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Accuracy: 1.0%, with excellent stability
Caliber range: 50–600 mm (larger calibers available upon further inquiry)
Working pressure: PN ≤ 32 MPa
Working temperature: −190°C to 550°C
Process connections: flanged connection, clamp-flange welding, pipeline-welded corner-tap pressure tapping (compatible with ISA 1932 standard nozzles), and diameter-distance pressure tapping (compatible with long-diameter nozzles)
Simple and robust structure with no moving parts
Complies with national standards—no need for actual-flow calibration
Low pressure loss, shock resistance, wear resistance, and corrosion resistance
Suitable for measuring high-temperature, high-pressure, and high-velocity steam and water; also applicable to various gases and liquids.
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U-tube design; the chief technical expert is one of the founders of the MICRO MOTION brand.
Reference accuracy: mass ±0.1%, density ±1 kg/m³, ±0.001 g/cm³; temperature: ±1°C.
Standard outputs: two 4–20 mA channels and one RS485 (Modbus-RTU) channel (for flow rate, totalized flow, density, and temperature).
A gas–liquid separation metering skid is provided to ensure accurate measurement and trade settlement, with convenient operation and simple configuration; factory settings can be customized according to process parameters.
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Manufactured using German processes and raw materials, with a dual-spring vibration-resistant design, suitable for demanding operating conditions across various industries and for high-end temperature measurement applications.
RTD: Available in Class A and Class B accuracy, with a maximum operating temperature range of -196 to 600°C; TC: Available in Class 1 and Class 2 accuracy, with a maximum operating temperature of 1800°C.
A wide range of process connection interfaces tailored to different field conditions; the integral bar-type bore sleeve can withstand pressures up to 60 MPa and temperatures from 800 to 1300°C.
High accuracy (0.1 K), fast response time—settable between 0 and 10 seconds, with a minimum as low as <0.7 seconds.
Multiple measurement parameters: temperature value, temperature difference, and average humidity.
Optional junction box protection ratings: IP65, IP66, and IP67.
Supports multiple communication protocols and is available with explosion-proof certifications.
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H&B4000 Series Online Capillary Viscometer
Optional single- or dual-pump configuration; low shear rate; direct measurement of viscosity with high correlation to process trends; rapid response with no lag.
Capable of measuring dynamic viscosity, intrinsic viscosity, temperature, pressure, and other critical parameters.
High accuracy: ±0.5%; excellent repeatability: ±0.2%.
Online maintenance is possible under all operating conditions, eliminating the need for on-site calibration or zeroing.
Low cost of spare parts and short maintenance turnaround times.
Comprehensive end-to-end training, guidance, and service support provided.
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H&B5000PCRM Online Melt Index Tester
Highly automated, fully intelligent operation
Outstanding accuracy and repeatability, completely eliminating human error
Wide-range slit flow channel design and multi-gear pump configuration ensure short melt residence time and rapid response
Simultaneous online measurement of melt index, viscosity, and shear rate
Online maintenance possible without shutting down, even under any special operating conditions
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H&B3000EAS Online Esterification Rate Analyzer
A revolutionary breakthrough in the advanced polymer materials industry, fully aligned with the requirements of smart manufacturing.
Leveraging an extensive industry database and proven application experience, we provide users with specialized model-based algorithmic analysis.
The esterification analysis system comprises a detection unit and an analytical control module.
It directly outputs critical process parameters such as online esterification rate, acid value, temperature, pressure, flow rate, and density, enabling real-time on-line process decision-making, control adjustments, and improvements in end-product quality while reducing losses.
Significantly reduces the frequency of manual laboratory testing, consumable usage, and human error.
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Water and gas analysis measurement
Fuling Automation provides professional teams for water analysis, gas analysis, CEMS pre-treatment systems, and on-site installation and commissioning, and can assist with environmental protection certification procedures.
Fuling Automation is a strategic partner of several well-known analytical instrument brands. We not only supply water and gas analyzers but also offer advanced control solutions.
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Fuling Automation boasts a seasoned, technically proficient systems integration team with extensive experience serving the chemical, synthetic fiber, and daily chemicals industries. We tailor optimal control solutions and project services to meet our clients’ specific needs.
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Industry Applications
A pioneering, publicly listed high-tech enterprise specializing in the provision of automation products, technologies, services, and comprehensive solutions.
Basic Raw Materials and Metallurgy
Users need to optimize process efficiency, maintain equipment uptime, and ensure employee safety. H&B continuously refines process development and implements rigorous quality control to help you enhance equipment availability, operational efficiency, and production productivity.
Obtain solutions →
Oil, Natural Gas, and Chemical Industries
Oil and gas customers are striving to achieve their business and performance objectives; however, the ever-evolving market landscape and operational challenges are making it increasingly difficult to meet these goals—this is the primary challenge facing the oil and gas industry today.
Obtain solutions →
Food and beverages
As consumer expectations for greater product sophistication continue to rise, the food and beverage industry faces increasingly stringent market challenges, including the need to ensure consistent quality, maintain sustainable production efficiency, and comply with global industry hygiene regulations.
Obtain solutions →
Water and Wastewater Treatment
Water is the source of life; no form of life can exist without it, and the water and wastewater sectors are facing severe challenges.
Obtain solutions →
Daily Chemicals
Daily-use chemicals are closely linked to our everyday lives, and modern consumer chemical products are no longer mere fine chemicals; the demand for automation is steadily increasing.
Obtain solutions →
Biodegradable plastic
The emerging and rapidly growing biodegradable plastics industry aligns seamlessly with H&B’s extensive application expertise and innovative product solutions in the polymer sector.
Obtain solutions →
Pulp and Paper
In the highly competitive pulp and paper industry, reducing process variability, emissions, energy consumption, and equipment downtime is essential for corporate survival.
Obtain solutions →
Polyester fiber
From a single drop of oil to a single filament, H&B is dedicated to the polyester fiber industry. We not only deliver high-quality products and services, but also continuously support you in optimizing process control strategies and enhancing end-product quality.
Obtain solutions →Blogs
Centered on quality and safety, we are committed to driving innovation and leading the transformation of China’s process automation industry.
Company News
March 8 Women’s Day | Heartwarming Gifts to Honor “Her” Strength
The spring breeze brings warmth, and beauty blossoms.
On this day dedicated to honoring women and celebrating all that is beautiful,
we celebrate International Women’s Day.
To express our gratitude for the hard work and selfless dedication of all our female employees,
and to demonstrate the company’s care and respect for them,
the company has thoughtfully prepared festive gifts—
a token of appreciation and a warm gesture of companionship—
as we join all our female colleagues in embracing the promise of spring.
2026-03-08
Company News
2026 FL-Automation New Year Greeting for the Year of the Horse
Happy New Year! On the occasion of the arrival of the Lunar New Year of the Horse, we would like to express our heartfelt gratitude to every FL-Automation employee for your hard work and dedication over the past year, despite the challenging external environment.
2026-02-16
Company News
A Galloping Start to the New Year—A Highlights Revisit of FL-Automation’s Annual Gala
Time flies, and the seasons flow like water. As we embark on a new journey in 2026, all our colleagues have gathered to reflect on the past year’s hard work and to look ahead to the blueprint for the year ahead.
2026-02-09
Company News
2026 New Year Greeting from FL-Automation
Time flies like an arrow, and a new chapter is about to begin. On this joyous occasion of bidding farewell to the old year and welcoming the new, on behalf of FL-Automation Control, I would like to extend our heartfelt gratitude and warmest wishes to leaders from all sectors who have long shown concern for and supported the development of FL-Automation’s automation business, to our upstream and downstream partners, and to all FL-Automation employees and their families!
2026-01-01
Contact Us
Email:market@fl-automation.com
Website:www.fl-automation.com
Address: Building 2, No. 1698 Minyi Road, Xinqiao Town, Songjiang District, Shanghai