Fabric and metal expansion joint solutions for petrochemical, cement, aluminum, iron-steel, and power generation industries. Reliability under high temperature and pressure, low maintenance costs, and extended equipment lifespan.
FlexTec expansion joint solutions tailored to the specific needs of each industry
Fabric expansion joints provide gas flow management and thermal expansion control in ATEX zones. Metal expansion joints offer durability and sealing in high-pressure lines.
Fabric expansion joints provide hot gas and particulate control in raw mill, rotary kiln, clinker cooler, and heating units; metal expansion joints manage expansion/vibration damping in combustion units and exhaust outlets.
Thermal expansion in smelting and auxiliary facilities is absorbed by fabric/metal expansion joints, reducing pipe deformation and unplanned downtime risks.
Fabric expansion joints balance gas flow and expansion; metal expansion joints reduce vibration and mechanical stress in pipelines, exhaust, and combustion units.
FlexTec expansion joint solutions for critical areas between boiler-FGD in coal plants and turbine-HRSG in natural gas combined cycle plants.
Fabric expansion joints manage expansion/sealing in smelting furnaces, annealing lines, and hot air ducts; metal expansion joints provide high-temperature and pressure resistance.
Fabric expansion joints in drying hoods, steam lines, and VOC exhausts; metal expansion joints in vibration-prone lines.
High-temperature resistant fabric expansion joints in combustion chamber outlets and pre-FGD lines; metal expansion joints in turbine/generator exhausts.
Metal expansion joints in generator and main engine exhausts; fabric expansion joints in HVAC and flue ducts.
Fabric expansion joints in dust collectors and furnace exhausts; metal expansion joints in pressurized process pipes.
Corrosion-resistant metal expansion joints in ammonia/urea, acid, and solvent lines; fabric expansion joints in gas scrubbing and exhaust lines.
Metal expansion joints resistant to low-temperature shocks and fatigue; fabric expansion joints in auxiliary air lines.
Features that make a difference in industrial expansion joint solutions
Material and design optimization based on process temperature/pressure, fluid, dimensions, and movement (axial-lateral-angular) requirements.
Long service life and reduced total cost of ownership with materials suited for high temperatures and pressures.
Agile production and fast delivery capabilities for standard and custom dimensions.
Field-proven solutions in petrochemical, cement, aluminum, iron-steel, power, and other industries.
Let’s determine the best expansion joint solution for your project together