Composite Strengthening Systems
Composite strengthening systems that reinforce existing structures
Steel and concrete may be extremely tough materials, but they aren’t impenetrable to corrosion. Completely replacing or building new structures is expensive and we understand you don’t always have the time to do so. Blome composite strengthening systems are used to increase strength, reinforcement and load-bearing capacity to extremely degraded vessels. It’s an effective and affordable option to preserve a tank or vessel that you otherwise thought you may need to completely replace.
Types of composite strengthening systems:
Carbon fiber fabric systems
Structural glass fabric systems
Structural carbon plate
Polymer resins/adhesives
Benefits of composite strengthening systems:
Increases strength, stability and load-bearing capacity to extremely degraded vessels.
Corrosion resistant, vibration resistant, high fatigue resistance, low thermal conductivity.
Affordable option to preserve and increase the life of a structure that you otherwise thought you may need to completely replace.
Structural Restorations using Carbon Fiber-Reinforced Plastics (CFRP)
Blome carbon fiber fabric systems are designed specifically for structural strengthening applications on structures that have seen the harshest of corrosions. They are available in various weights, weaves and directionals of fabric to optimize the structural design. When you pair Blome CFRP with one of our tank lining systems, your vessel can be restored to its original operational standard. Our pre-formed structural carbon plates and strips are also often used in retrofit or upgrade systems.
Carbon Fiber Fabrics for Confining Vessels
Concrete and tile structures are susceptible to spalling after years of weathering, freeze/thaw cycles and continuous operation in harsh conditions. Blome carbon fiber fabric systems and structural glass systems are highly effective for confinement of spalls, as they provide a corrosion-resistant exterior surface for industrial process equipment such as tanks, silos, chimneys, columns, beams, slaps and piping. These systems are typically installed in the horizontal (hoop) direction and eliminate spalling of concrete and masonry tile structures.
