GGG40 Lever Float Steam Trap for Steam Systems - DN25, PN16

GGG40 Lever Float Type Steam Trap Specially Used In Steam System

     This is a lever float steam trap, which is specially used in steam systems. It automatically discharges condensate and retains steam. The following is a breakdown of the structure, principle, and parameters:

Core structure & working logic

Valve body (blue body):

Material "GGG40": ductile iron, pressure-resistant and temperature-resistant (suitable for high temperature and high pressure of steam systems). The blue surface is a high-temperature anti-corrosion coating (to prevent steam condensate from corroding the valve body).

Casting parameters:

PN16: Pressure resistance level 1.6MPa (common pressure in steam systems, to ensure that the valve does not leak in steam environments).

DN25: Nominal diameter 25mm (suitable for branch pipes of steam pipelines, such as steam branches of workshop equipment).

Float + lever (hidden inside):

The "heart" of the trap: There is a float in the valve body, connected to the lever mechanism. In the steam system, condensate is heavier than steam and will sink and gather. The float rises with the condensate, and the drain is opened by the lever to discharge the condensate. Steam is light, the float sinks, the drain is closed, and the steam is retained (avoiding steam leakage and waste).

Application Scenarios & Value

Steam heating: Thermal power plants, community heating boilers, before steam is delivered to residents, the steam trap discharges the condensate in the pipeline (otherwise the cold water circulates and the heating is not hot).

Industrial steam equipment: steam irons in printing and dyeing factories, steam sterilizers in food factories, steam traps ensure that the equipment only uses "dry steam" to work (residual condensate will cause uneven heating of the equipment and incomplete sterilization).

Energy-saving core: Steam is a precious energy (coal/natural gas is burned to produce steam), and the steam trap "only discharges condensate and retains steam" can reduce the energy cost of the enterprise (for example, in printing and dyeing factories, steam traps save 10%-20% of steam consumption each year).

Advantages compared to ordinary steam traps

✔️ Accurate drainage: Float + lever mechanism, only responds to "condensate height", more stable than mechanical steam traps (such as thermodynamic type) (thermodynamic type is easily affected by steam pressure fluctuations and accidentally discharges steam).

✔️ Good pollution resistance: Steam condensate is generally cleaner (cleaner than sewage), and float steam traps are not easy to clog (suitable for the "clean condensate" scenario of steam system).

       In a word: This is the "energy-saving housekeeper" of the steam system-relying on the float to judge "water/steam", only discharge wastewater, retain energy, and make steam equipment efficient and save money!

FAQ

How to get a quote?

A1: Quotation requires customers to provide information such as material, pressure, caliber, etc.

Can you produce parts according to samples?

A2: Yes, we have reverse engineering capabilities.

Do you provide samples?

A3: Yes, we will provide samples according to your requirements after the order is signed.

What certifications does your company have?

A4: We have ISO9001, API, SGS, CE and other certifications

What are the sea ports?

A5: We usually ship from Shanghai, Tianjin, Qingdao, Ningbo and other ports. But we will also choose other ports according to customer requirements, and we also have rich experience in railway transportation.