Bay Area Project Sandblasting Steel Boxes
FRP, which stands for fiber-reinforced polymer systems, are lightweight and strong reinforcements. To create an FRP, it is necessary to blend a polymer material with e-glass fibers or a type of combining carbon. The most typical industries to use FRP to date include aerospace, automotive, and civil. That is because these industries rely on a higher than normal strength-to-weight rigidity and ratios. Read more »
Step 1: Abrasive Blasting
Step 2: Spent Sand Disposal
Step 3: High Pressure Hot Detergent Wash
We have top of the line Hotsybrand hot water / detergent / high pressure wash equipment to clean the surfaces. This gives us powerful hot water washes that combined w/ industrial-grade detergents from AkzoNobel clean up the surfaces to ASTM standards.
Picon Sandblasting Services can help you with your on-site mobile sandblasting needs.
There are many factors to consider when choosing a steel tank for your facility. You need to think about the volume of the tank, what exactly is going to be stored, and whether you can plan coatings or waterproofing to stave off tank leak repair needs. One factor that sometimes gets overlooked by those not in the know is how to waterproof tanks and prevent corrosion. Waterproofing a tank usually involves adding a protective coating to the inside of the tank. Since there isn’t one coating that will protect your tank from absolutely everything, you need to decide what kind of coating you will need. Read more »
What is FRP?
Fiber-reinforced polymer (FRP) systems have proved worthwhile in the strengthening of damaged concrete structures. They are also used for masonry structures that are scheduled for upgrading as well as for water tank repair. They were initially used in the automotive and civil industries to offer rigidity in a number of applications. FRPs are a blend of E-glass or carbon fibers and a polymer material. The reinforcement offers high-strength even though they are lightweight. Read more »
Concrete is a wonderful building material, especially for water tanks. It is cost effective, relatively durable, and versatile. However, even concrete wears out over time. This article looks at what causes concrete to degrade, how to prevent that degradation from occurring in water tanks, and other considerations to keep in mind about water tank maintenance and concrete strengthening for water tanks. Read more »
For the past two decades and more, fiber-reinforced polymers (FPR) have been used in the U.S. for concrete strengthening, as well as in its capacity as a standard construction material. It has steadily been gaining broader acceptance among professionals who are becoming aware of its outstanding properties, especially when compared to conventional strengthening processes and techniques. That being so, FRP composites are now being used in many more applications requiring strengthening, such as in water tank repair and in tank linings in general. Read more »
From above ground tanks to in-ground pipes, corrosion is a huge infrastructure problem for businesses, the military and municipal and state governments. It affects all parts of the equation, from handling the tank maintenance, water tank repair, and tank replacement to preventing interruptions in service. Read more »
Municipal and commercial water storage tanks represent a big investment for your company or city, so it makes sense to maximize tank lifecycles and get the best possible ROI. Steel water tanks are inevitably subject to corrosion over time, but with the right tank lining repairs you can avoid costly water tank replacement and full tank bottom replacements. Read more »
On-site storage tank repairs can be tricky under the best of circumstances, but they can be particularly difficult when you take confined spaces into account. OSHA has recently put safety rules and regulation regarding confined spaces into effect, but working to repair tank liners or otherwise address important issues from inside a storage tank is still a dangerous prospect. The Chemical Safety Board has stated that there have been over 60 fatalities since 1990 that were caused by fires and explosions from hot work activities in tanks, and the National Institute for Occupational Safety and Health has reported 160 fatalities associated with working in confined spaces since 1982. Read more »