M30x1.5 brass thermostatic valve head

Mechanical temperature control core: Utilizing the physical properties of temperature-sensitive media (liquid or gas) within the temperature sensor to expand or contract when heated or cooled, the valve core is displaced to regulate water flow, thereby maintaining a constant room temperature. For example, Danfoss's air-sensing temperature sensor technology achieves energy savings of up to 36%, significantly outperforming conventional liquid temperature sensors (approximately 25%), and requires no electrical power, making it environmentally friendly and energy-efficient.

Precise manual adjustment: Users can set the temperature from 0 to 5 levels (corresponding to a range of 8-28°C) via a knob, enabling intuitive control of heat dissipation to suit different application requirements. Its self-regulating mechanism (with a proportional band of 0.5-2.0°C) automatically compensates for fluctuations in room temperature, preventing energy waste.

Strong structural adaptability:

Built-in/ external temperature sensor: The internal sensor requires horizontal installation to ensure sensitivity, while the external sensor is connected via a capillary tube, suitable for scenarios where the temperature sensor cannot directly sense room temperature (e.g., when radiators are obstructed).

Diverse valve body types: Straight-through, angle, and three-dimensional valve bodies are compatible with horizontal single-pipe crossing, dual-pipe systems, and other layouts. Some products support high-resistance or low-resistance designs to optimize regulation performance for different heating systems.

Durable and safe design: Copper valve body with nickel-plated corrosion resistance, built-in filter to prevent debris blockage, with a lifespan exceeding 10 years. Low-temperature burn prevention design ensures automatic water shut-off when hot water flow stops, enhancing safety.