How did one become a game-changer in the field of urea measurement?

1. Core Technology: Precise Password for Piston-Type Measurement

The urea flowmeter adopts the piston-type volumetric measurement principle. Considering the strong corrosiveness and crystallization tendency of urea solution, the main components are precisely combined with corrosion-resistant engineering plastics and stainless steel. This material combination not only ensures the equipment's anti-corrosion ability towards urea medium, but also achieves a measurement accuracy of ±0.2% through the precise millimeter-level cooperation of the piston structure. In scenarios such as vehicle urea filling and industrial urea trading, it completely resolves the pain points of traditional flowmeters, such as "insufficient accuracy and prone to being interfered by the medium".

2. Scene Adaptation: Full-chain coverage from vehicle refueling to industrial transportation

This flowmeter, with its modular design and wide measurement range, enables seamless adaptation to various scenarios:

In the field of vehicle urea: In the urea supply process of diesel vehicle SCR systems, the urea injection volume can be precisely controlled, helping vehicles achieve efficient denitrification and meeting the strict requirements for urea measurement imposed by emission standards up to and including the sixth generation.

Industrial Urea Scenario: Meeting the high-flow requirements of industrial urea transportation pipelines. In the fields of chemical and fertilizer production, it provides precise data support for urea trade settlement and process flow control.

Station operation: Its resistance to impurities and ease of maintenance features have reduced the equipment operation and maintenance costs of the urea filling station by 40%. At the same time, it supports the expansion of intelligent modules and can be connected to a digital management system to achieve real-time data monitoring of the filling process.

3. Industry Value: Dual Innovation in Environmental Protection and Efficiency

Driven by the "dual carbon" goals and the national VI standards, the emergence of the FM5B urea flowmeter holds significant historical importance: It combines the accuracy of piston-based measurement to upgrade the application of urea from "general supply" to "precise control", not only helping vehicles meet emission standards, but also providing a fair and transparent measurement basis for industrial urea trade. Industry experts predict that this product will become a benchmark device in the field of urea measurement, leading the industry to accelerate its progress towards greater efficiency and environmental friendliness.