Solving issues such as 'Orifice-type traps require model selection for main pipes, which is cumbersome!'
By simply replacing the existing steam trap, you can reduce inspection and maintenance labor and costs, achieving overwhelming energy savings!
Achieve overwhelming energy savings in factories and plants! Steam traps will no longer break.
Steam-saving products that can utilize the sensible heat of condensate.
A steam-saving product that utilizes the sensible heat of condensate water to reduce air conditioning load.
Dedicated design aimed at reducing steam energy loss | There is an astonishing difference in "energy efficiency" and "maintainability."
TSK bellows steam trap that automatically adjusts the flow of fluid according to temperature changes!
Compact and lightweight design. The dual air-water separation mechanism reduces steam loss during discharge!
The adoption of the SCCV mechanism has achieved precise valve closure and improved durability!
Not only is it less susceptible to external static electricity, but it also has a structure that generates static electricity less easily from the main body!
By adopting a multi-layer structure, we have successfully managed to maintain the same discharge capacity as a small diameter orifice while using a larger diameter!
The engineer calculates the individual drain generation based on the installation conditions and selects the appropriate orifice!
By designing orifices tailored to the environment, it is possible to reduce leakage steam semi-permanently and improve thermal efficiency!
Reduce emissions of greenhouse gases such as carbon dioxide! Contribute to preventing global warming.
Restore initial performance with cleaning and replacement of the orifice! It is possible to continue production activities.
Reducing steam loss significantly contributes to lowering running costs!
Data graphs of aging deterioration, etc. Introduction to the effect prediction calculations due to the implementation of O-TRAP.
Contributing to the decarbonization of all industries that utilize steam! Significantly reducing steam leakage with our unique rectifying nozzle technology.
Steam Innovation! Reducing leakage steam through Decarbo's unique mechanism.
Cut waste of steam and promote energy saving! It is equipped with features such as long lifespan and reduction in the number of installations.
Optimize temperature management in food manufacturing. Free yourself from the troubles of steam trap replacement.
Reduce the frequency of steam trap replacements and lower maintenance costs!
Reduce the risk of steam trap failure and contribute to quality maintenance.
No more breakdowns! Improving steam efficiency in the dyeing process.
Improving sterilization efficiency and achieving cost reduction.
No more breakdowns! Reducing steam loss in hot water supply equipment.
Free from steam trap replacement! Achieving energy savings and cost reduction.
Steam-saving products that can utilize the sensible heat of condensate.
A steam-saving product that reuses the sensible heat of condensate water to reduce sterilization costs.
A steam-saving product that utilizes the sensible heat of condensate water to improve drying efficiency.
Improving the energy efficiency of the distillation process by utilizing the sensible heat of condensate.
Steam-saving products that can utilize the sensible heat of condensate.
Utilizing the sensible heat of condensate water to achieve energy savings and cost reduction.
Steam-saving products that can utilize the sensible heat of condensate.
Steam-saving products that can utilize the sensible heat of condensate.
Steam-saving products that can utilize the sensible heat of condensate.
A case where a proposal was made to replace the existing disk-type and ball-float type with the TSK Bellrose type!
Made of stainless steel with a compact and lightweight design. The double air-water separation mechanism reduces steam loss during discharge!
Compatible with low to medium pressure. The dual air-water separation mechanism reduces steam loss during discharge!
Compatible with low to medium pressure. The double air-water separation mechanism reduces steam loss during discharge!
High-pressure compatibility. Reduces steam loss during discharge with a dual air-water separation mechanism!
High-pressure compatibility. Reduces steam loss during discharge with a double air-water separation mechanism!
Medium pressure compatibility. Adopts a supercharger function that achieves miniaturization!
Supports medium to high pressure. Equipped with a super discharger function that achieves miniaturization!
Supports medium to high pressure. Features a super discharger function that achieves miniaturization!
The ER series has the highest emission capacity. It features a supercharger function that achieves miniaturization!
Scale removal is as simple as turning the handle! It is equipped with a mechanism to discharge outside the main body.
The time required for scale removal is one-tenth of the conventional method! It clears the scale that blocks the flow path.
Outstanding durability, achieving a reduction in startup time! A convenient blow valve is also available.
Quickly discharge low-temperature condensate and air during the initial ventilation! It also serves as an air vent function.
By adjusting the temperature of the discharged condensate, significant energy-saving effects are achieved!
A convenient blow-off valve is also available! It allows you to eliminate pipe debris without disassembling the trap.
Equipped with Miyawaki's unique SCCV mechanism developed to improve valve durability!
A type with a blow valve that eliminates scale and pipe debris that flows into and accumulates in the trap without disassembling the trap.
There is no steam leakage because it discharges while accumulating condensate in the trap!
The unitization of internal components makes maintenance easy!
The operating sound is low, and there is also little flash steam, so it is effective for environmental hygiene and pollution control!
Quickly discharge low-temperature condensate and air during initial ventilation! Effective for environmental hygiene and pollution control.
Operates accurately under high pressure, high temperature, and superheated steam! Achieves precise valve closure and improved durability.
The unique valve mechanism suppresses fluctuations in trace temperature and reduces temperature unevenness!
Reduce the failure rate of steam traps, significantly reduce steam loss, and maintain that condition!
Adopting a diamond thermostat (thermo element) that starts closing at a saturated temperature of -5℃!
The valve orifice and valve passage area are wide, preventing troubles caused by debris and scale!
Easy maintenance! Can also be used for intermediate and end pipes in low-pressure heating lines.