KTLD-F Split-Type Electromagnetic Flowmeter

Our company’s split-type electromagnetic flowmeter is based on Faraday’s law of electromagnetic induction and accurately measures the flow rates of various conductive liquids as well as liquid-solid two-phase fluids. The sensor and converter are installed separately, offering strong anti-interference capability, zero pressure loss, easy maintenance, and a high degree of protection. It is widely applicable in industrial sectors such as chemical engineering, water utilities, and metallurgy.

KTLD-TF Flanged Electromagnetic Flowmeter

The flanged electromagnetic flowmeter is specifically designed for flow measurement in industrial pipelines. Its flanged connection is robust and reliable, offering high measurement accuracy and being unaffected by fluid temperature or density. With no moving parts inside the pipeline, it features low maintenance costs and is well-suited to measuring the flow of conductive media in a wide range of industries, including petroleum, environmental protection, and food processing.

KTLD-TF3 Flanged Electromagnetic Flowmeter

The flanged electromagnetic flowmeter is specifically designed for flow measurement in industrial pipelines. Its flanged connection is robust and reliable, and the housing is made of SUS304 or SUS316 material. It offers high measurement accuracy and is unaffected by fluid temperature or density. With no moving parts inside the pipeline, it features low maintenance costs and is well-suited to measuring the flow of conductive media in various industries, including pharmaceuticals, environmental protection, and food processing.

KTLD-TFG Scraper Electrode Electromagnetic Flowmeter

The scraper-electrode electromagnetic flowmeter is specially designed for media that are prone to scaling and contain particulates. The scraper automatically cleans the electrodes, ensuring long-term measurement stability. It supports a variety of liner and electrode material options, offering excellent corrosion resistance, wear resistance, and rapid response. It is compatible with both 4-20mA and RS485 signal outputs, making it ideal for demanding flow monitoring applications in industries such as pharmaceuticals, metallurgy, and water treatment.

KTLD-TFP Flanged Electromagnetic Flowmeter

The flanged electromagnetic flowmeter features a high-quality PFA lining that offers exceptional chemical stability, low permeability, and excellent anti-adhesion properties. Its measurement is unaffected by the temperature or density of the medium, and it boasts a wide measurement range with support for multiple industrial signal outputs. The flange installation complies with industry standards and makes this meter widely applicable for flow monitoring in harsh, corrosive environments such as those found in environmental protection and semiconductor industries.

KTLD-TL Threaded Electromagnetic Flowmeter

The small-caliber flanged electromagnetic flowmeter is specially designed for measuring very low flow rates. Its flange connections comply with industrial standards, and the lining and electrode materials are customizable, offering excellent corrosion resistance and immunity to interference. It features a wide measurement range, rapid response, and is unaffected by the temperature or density of the measured medium. It supports multiple industrial signal outputs and is ideally suited for precise flow monitoring in applications such as chemical processing, medical equipment, and small-scale water treatment systems.

KTLD-TW

The clamp-type electromagnetic flowmeter is specially designed for hygienic applications. Its quick-clamp installation structure meets the need for rapid cleaning, and its smooth, non-stick lining ensures excellent performance. Featuring high measurement accuracy, it is unaffected by fluid parameters and supports multiple signal outputs, making it ideal for measuring the flow of clean media in industries such as pharmaceuticals, daily chemicals, and water treatment.

LWGY-F Flanged Liquid Turbine Flowmeter

Our company’s flanged liquid turbine flowmeter features a secure, leak-proof flange connection and operates on the principle of turbine rotation. It boasts high accuracy, rapid response, and a wide measurement range. This meter is suitable for clean liquids such as oils and solvents free of impurities and is widely used in industries including petroleum, chemical engineering, and pharmaceuticals for high-precision flow monitoring.

LWGY-W Clamp-Type Liquid Turbine Flowmeter

Our company’s clamp-type liquid turbine flowmeter features a quick-release clamp connection, making it easy to disassemble, assemble, and clean, and it meets hygienic standards. Based on the principle of turbine rotation, it offers high measurement accuracy and rapid response, making it ideal for measuring the flow of clean liquids in industries such as food, pharmaceuticals, and beverages. It is stable, reliable, and easy to maintain.

LUGB-F Flanged Integral Vortex Flowmeter

Our company’s flange-integrated vortex flowmeter features an integrated flange design, making installation convenient and ensuring excellent sealing performance. Based on the Karman vortex principle, it accurately measures the flow rates of gases, liquids, and steam media, with outstanding anti-interference capabilities. It is ideally suited for flow monitoring applications in industries such as food processing, pharmaceuticals, and water treatment.

LUGB-FW Temperature-Compensated Flow Meter

This temperature-compensated flowmeter features an integrated temperature-sensing module that automatically compensates for measurement deviations caused by changes in the medium’s temperature. Relying on a precise algorithm to correct flow data, it delivers high measurement accuracy and excellent stability. It is well-suited for temperature-sensitive media such as steam and gases, making it ideal for high-precision flow monitoring applications in fields including power generation, metallurgy, and gas transmission.

LUGB-T Split-Type Temperature-Compensated Flowmeter

This split-type temperature-compensated flowmeter features a separate installation of the sensor and transmitter, making it well-suited for complex industrial environments. It integrates a high-precision temperature measurement module that automatically compensates for measurement deviations caused by temperature fluctuations, ensuring accurate and stable measurements. The meter supports multiple signal outputs and is widely used for monitoring steam and gas flows in industries such as petroleum and chemical processing.

LUGB-W Corrosion-Resistant Vortex Flowmeter

The corrosion-resistant vortex flowmeter is specially designed for corrosive media, boasting excellent corrosion resistance and delivering measurement accuracy that is unaffected by the composition, temperature, or pressure of the medium. It features a wide measurement range, high stability, and supports multiple signal outputs, making it widely applicable in demanding flow measurement scenarios across industries such as petrochemicals, metallurgy, and acid pickling.

LUZX Vortex Flow Meter

This vortex flowmeter, based on the principle of fluid-induced vortex oscillation, offers precise gas measurement. It is robust enough to withstand harsh industrial environments, supports standard signal outputs, features a wide measurement range, and can operate stably without requiring temperature or pressure compensation. It is widely used for flow monitoring in industries such as gas supply, chemical processing, and power generation.

3351-DP Pressure Transmitter

The 3351-DP pressure transmitter employs high-precision capacitive sensing technology and features integrated temperature and hydrostatic pressure compensation, achieving a measurement accuracy of ±0.075% FS. It outputs a 4–20mA + HART signal. This transmitter is capable of measuring differential pressure, liquid level, and flow rate for liquids, gases, and steam. It supports on-site button-based calibration and is suitable for industrial applications in sectors such as petroleum, chemical processing, and power generation. It is stable, reliable, and easy to maintain.