GLOBE VALVE

Farab bellows seal globe valve model GBL16

The Farab bellows seal globe valve model GBL16 is designed for controlling the flow of steam, thermal oil, and hot liquids in industrial systems. The valve body is made of ductile iron GGG40 with a nominal pressure rating of PN16, and it features a stainless steel bellows sealing system that prevents external leakage. The disc and seat are precision-machined stainless steel to ensure tight sealing under high temperatures. The stem is also stainless steel, equipped with a secondary graphite packing for additional sealing reliability. Flanged ends comply with EN 1092-2, and dimensions follow DIN 3202 standards. The operating range covers 0–300°C and up to 16 bar pressure.

The Farab GBL16 globe valve utilizes a bellows seal mechanism that eliminates stem leakage under fluctuating pressure and temperature conditions. This design extends service life and minimizes maintenance requirements. The globe-type flow path with vertical disc movement provides precise throttling with minimal pressure loss. A bolted bonnet allows easy internal inspection and maintenance. Each valve undergoes hydrostatic and leakage testing in accordance with API 598 standards to ensure safe operation, long-term durability, and reliable sealing performance in demanding industrial environments.

Farab globe valve model GLB16

The Farab globe valve model GLB16 is a precision-engineered industrial valve with a straight-body design for medium-pressure fluid control. Its body is made of ductile iron GGG40 with a nominal pressure rating of PN16. The sealing surfaces are hard-faced with Stellite alloy for superior wear resistance and tight shutoff. Flanged connections comply with EN 1092-2, and dimensions follow DIN 3202 standards. It operates reliably up to 350°C and 16 bar pressure, making it suitable for steam, hot water, and thermal oil systems in industrial applications.

The Farab GLB16 globe valve features a finely machined disc and seat to regulate flow evenly without turbulence or hammering. The stem is constructed from corrosion-resistant stainless steel, and graphite packing ensures heat-resistant sealing around the spindle. A removable bonnet allows for easy inspection and maintenance. Each valve undergoes hydrostatic and leakage testing in accordance with API 598 to guarantee operational safety and long service life.

Farab steam globe valve model GLS16

The Farab steam globe valve model GLS16 is an industrial-grade valve engineered for precise steam flow control under high pressure and temperature conditions. Its body is made of heat and corrosion resistant alloy steel with a nominal pressure rating of PN16. The seat surface is hard-faced with Stellite alloy to ensure wear resistance and tight sealing. Flanged ends comply with EN 1092-2 standards, and operation can be manual or gear-assisted. This valve is ideal for steam systems in power plants, refineries, and industrial networks.

The Farab GLS16 globe valve features a precision-machined conical disc that regulates flow smoothly and vibration-free. It operates safely up to 400°C temperature and 16 bar pressure. Internal sealing uses high-temperature resistant graphite packing. The stem is made of stainless steel to guarantee long-term durability. Its internal design meets DIN and API standards, and each unit undergoes hydrostatic testing before delivery.

Accordion Needle Valve or Hot Oil Globe Valve

e accordion needle valve, also known as the hot oil globe valve, is one of the essential components used in various industries such as oil, gas, petrochemical, and power plants. This type of valve, with its unique accordion design, can withstand very high temperatures and extreme pressures, making it ideal for controlling the flow of hot oil and thermal fluids. Using a hot oil globe valve enhances safety and improves the performance of heating systems.

When purchasing an accordion needle valve, special attention should be paid to factors such as the valve body material, temperature and pressure resistance, sealing quality, and manufacturing standards. Choosing a high-quality product that meets international standards increases the valve’s lifespan and reduces maintenance costs over time.