| Exploring HTHW Valves

Energy, efficiency, and safety

HTHW applications (Heat above 120° C) demand precision, reliability, and efficiency. At the heart of these applications lie our specialized heating valves, designed to meet the unique challenges posed by heating systems.

Mastering HTHW Control | HTHW control is all about pressure, temperature, and flow. It is about creating an environment where heating applications run smoothly, disruptions are minimized, and efficiency are maximized. Besides, energy is conserved, and safety is never compromised. Our HTHW valves are engineered to control these variables precisely, ensuring optimal application performance and safety.

HTHW Valve Performance |

The performance of our valves is crucial for achieving harmonious operations. Poorly functioning or inefficient valves can disrupt the flow rhythm, leading to inefficiencies, safety risks, and increased operational costs.

Our advanced heating valve solutions are designed to eliminate these discordances, promoting a seamless and efficient workflow, maintaining consistent pressure, temperature, and flow, and ensuring the safety of heating system operators.

Our solutions ensure systems operate efficiently, energy is conserved, and safety is never compromised.

Understanding Heating Applications and the Importance of Flow Control

BALL VALVES |

Known for their sturdy construction and seamless operation, ball valves deliver unparalleled precision in managing fluid flow and pressure, ensuring exactness in even the most challenging environments.

Excellent flow control

Bi-directional flow

Versatile system

Quick operation

FBA_O25_F212012112

Bronze – PN 25 – Full Port – WRAS – ISO 228

FBA_B35_F21001

Brass – PN 35/28 – Full Port – ISO 228

FBA_O25_FX42

Bronze – PN 25 – Full Port – Extended lever – ISO 228

GLOBE VALVES |

With their linear motion mechanism, globe valves provide meticulous control over flow rates and pressures, ensuring accuracy in critical applications.

System Balancing

Flow Regulation

System Stability

FGL_O16_RS

Bronze – PN 16 – Rising Stem – ISO 228

FGL_C16_RB04

Grey Cast Iron – PN 16 – Rising Stem – EN 1092-2

GATE VALVES |

With rising or non-rising stem design, gate valves offer unparalleled sealing capabilities and durability for on-off control in applications where flow restriction is minimal. With robust construction and full-bore fluid passage, they reduce pressure drop and optimizes flow efficiency, maintaining system integrity and operational excellence in critical infrastructure.

Minimal pressure loss

Bi-directional flow

Excellent sealing capabilities

Low Operating Torque

FGA_B16

Brass – PN 16 – Screwed Bonnet – Non-Rising-Stem – ISO 228

FGA_O20_NS21

Bronze – PN 20 – Screwed Bonnet – Non-Rising-Stem – WRAS – ISO 228

FGA_O20_NS22

Bronze – PN 20 – Screwed Bonnet – Non-Rising-Stem – WRAS – ISO 228

FGA_O20_RS21

Bronze – PN 20 – Screwed Bonnet – Rising Stem – ISO 228

FGA_N16_RB241

Ductile Iron – PN 16 – Rising-Stem – EN 1092-2

CHECK VALVES |

Check valves play a critical role in maintaining system reliability by preventing backflow and ensuring consistent pressure levels. While they do not actively adjust pressure, their presence is essential for effective pressure control in pipelines. By preventing reverse flow, check valves help uphold system integrity and optimize operational performance.

Back-flow prevention

Pressure integrity

Reliability and efficiency

Versatile system

FCH_O20_CS0921

Bronze – PN 20 – Swing – ISO 228

FCH_C16_CB221

Ductile Iron – PN 16 – Bolted Bonnet – EN 1092-2

FCH_C16_CB04

Grey Cast Iron – PN 16 – Swing – EN 1092-2

FCH_C16_DP210

Grey Cast Iron/Ductile Iron – PN 16 – Wafer – EN 1092-2

FCH_N25_DP210

Ductile Iron – PN 25 – Wafer – EN 1092-2

PRESSURE REDUCING VALVES |

Essential for maintaining consistent pressure levels, pressure-reducing valves regulate upstream pressure to protect downstream equipment and ensure system reliability.

Maintains Consistent Pressure

System protector

Prevents Water Hammer

Conserves Water and Energy

FPR_B25_P01

Brass – PN 25 – ISO 228

STRAINERS |

By removing debris from fluid streams, strainers prevent clogs and pressure fluctuations. They directly impact system performance and reliability

Debris management

Equipment protection

Improved process efficiency

Regulation compliance

FYS_O2054_0121

Bronze – PN 20 – Screwed Cap – WRAS – ISO 228

FYS_C16_210

Grey Cast Iron – PN 16 – EN 1092-2

FYS_C16_B52

Grey Cast Iron – PN 16 – EN 1092-2

FYS_N25_211

Ductile Iron – PN 25 – EN 1092-2

FYS_N25_B52

Ductile Iron – PN 25 – EN 1092-2

SYPHONS |

Syphons made of stainless steel are used to transfer fluids, especially in high-temperature systems. They create a water seal to protect instruments from steam or hot fluids, ensuring accurate measurement and control. Stainless steel syphons are essential in preserving the precision of gauges and transducers in various industrial processes.

Maintaining Vacuum Integrity, reliable and efficient transfer process

Equipment protection

Temperature Endurance

Chemical resistance

FSTD_W25

Carbon steel – 25 bar – Trumpet – ISO 228

FSUB_W25

Ductile Iron – PN 16 – EN 1092-2

BUTTERFLY VALVES |

Praised for their versatility and efficiency, butterfly valves offer swift and effective regulation of flow across diverse applications, from HVAC systems to industrial processes.

Easy and fast operation

Excellent regulation and zero-leakage shut-off

Small and light in weight