The BM20 series bimetallic steam traps and air eliminators are robust, stainless steel devices ideal for steam process applications like drip points and storage tank coils. By recovering condensate sensible heat, they help reduce steam consumption, enhancing energy efficiency in steam tracing lines and steam air venting systems.
The BM24 series bimetallic steam traps and air eliminators, constructed from stainless steel, are designed for steam process applications such as drip points and storage tank coils. Their simple, robust design allows for efficient recovery of condensate sensible heat, reducing steam consumption and improving energy efficiency in steam tracing lines and air venting systems.
The BM32 series bimetallic steam traps and air eliminators, made from durable stainless steel, are ideal for various steam process applications, including drip points and storage tank coils. Their robust design facilitates the recovery of condensate sensible heat, leading to reduced steam consumption and enhanced energy efficiency in steam tracing lines and air venting systems.
The BM87 series bimetallic steam traps and air vents, crafted from stainless steel, are robust and efficient, ideal for steam process applications like steam tracing lines and storage tank coils. They effectively recover sensible heat, making them suitable for drip points and steam air venting, thereby enhancing overall energy efficiency.
The BM88 series bimetallic steam traps and air vents, constructed from stainless steel, are robust and efficient, specifically designed for high-pressure superheated steam lines. They are ideal for applications like steam tracing lines and storage tank coils, effectively recovering sensible heat while ensuring optimal drainage at drip points and steam air venting, enhancing energy efficiency.
The BM89 series bimetallic steam traps and air vents, made from durable stainless steel, are robust and efficient, tailored for high-pressure superheated steam lines. They are ideal for steam process applications like steam tracing lines and storage tank coils, effectively recovering sensible heat while ensuring reliable drainage at drip points and during steam air venting.
The BM90 series bimetallic steam traps and air vents, constructed from stainless steel, are robust and efficient, designed specifically for high-pressure superheated steam lines. They are ideal for applications like steam tracing lines and storage tank coils, effectively recovering sensible heat while ensuring optimal drainage at drip points and during steam air venting.
The BSS20 all stainless steel bimetallic steam traps and air vents are simple yet robust, ideal for instrument and line tracing applications. Designed to recover condensate sensible heat, they effectively reduce steam consumption and are particularly well-suited for air venting applications, ensuring efficient operation in various steam processes.
The BM-HC series bimetallic steam traps and air vents are robust and versatile, designed for process applications involving high loads. Tailored to meet specific application requirements, they feature various bimetallic regulators to achieve the desired discharge capacity, ensuring reliable performance in demanding steam systems.
The UBS20 series bimetallic steam traps and air eliminators, made entirely of stainless steel, are maintenance-free and sealed for dependable performance. Their simple and robust design makes them ideal for drip service and steam tracing applications, effectively recovering condensate sensible heat. These traps are compatible with UCX universal connectors and CTS4U compact stations, providing versatile installation solutions.
The UBS90 series bimetallic steam traps and air eliminators, made entirely of stainless steel, are maintenance-free and sealed for reliable operation. Their simple and robust design makes them ideal for drip service and steam tracing applications, efficiently recovering condensate sensible heat. These traps are specifically designed to fit UCX90 four-bolt universal connectors, ensuring seamless installation in various systems.