Why Construction Professionals Rely on High Performance Sealants

For any construction project, sealants are critical to the durability, weather resistance and finish of the project. High performance sealants perform better than ordinary sealants offering tighter seal, increased flexibility and durability in challenging applications. This guide explains why construction professionals always go for high performance sealants as opposed to the normal sealants.

What makes construction professionals go for high performance sealants

Stronger and more durable bonds

The basic function of a sealant is to bind materials together and to prevent movement, weather and wear with the passage of time. A high performance sealant is designed to hold under situations that would cause other sealants to fail. The bonding benefits of high performance sealants are as follows:

• Adhesion to multiple substrates: Bonding well to concrete, metal, wood and glass and not needing to use different products to bond to a surface type.
• Resistance to joint movement: Strong seal against building material expansion, contraction and slight movement with changes in temperature.
• Long-term adhesion strength: Bonding with years of use, without the necessity of frequently applying the adhesion or frequently suppressing.
• Reduced risk of cracking: Flexing together with the substrate so that the cracking and splitting of less quality sealants does not take place over time.

Weather and moisture resistance

Sealants are frequently the first front line of defense in the fight against water, wind and differing temperatures. High performance sealants will keep an effective seal even in severe outdoor conditions. High performance sealants offer the following benefits in terms of weather resistance:

• UV stability: Resistant to breakdown under extended exposure of the sun light, which holds the seal intact and prevents the premature breakdown on the exterior application.
• Waterproof sealing: Sealing any joints, frames or holes with a watertight covering to allow no moisture to enter the building envelope.
• Temperature tolerance: Operable over a considerable temperature span, including freezing and high summer temperatures.
• Mold and mildew resistance: minimizing the chances of development of mold in wet places like bathrooms and living rooms and cladding joints of exterior walls.

Versatility across construction applications

High performance sealants are created to deal with a variety of building requirements, which minimizes the quantity of products that have to be put on site. This versatility not only helps to save time, but also makes it easier for tradespeople to manage materials. The high performance sealants may be used in versatile applications to include:

• Structural glazing: Bonding and sealing glass panels on both window and facade systems where both strength and transparency are important.
• Expansion joint sealing: Fill and seal expansion joints with consideration of how expansion occurs to the building and how to maintain the seal.
• Roofing and flashing details: Sealing around the roof penetrations, flashings and gutters to stop any leakage in vital weatherproofing courses.
• Interior wet area sealing: This refers to the seal about baths, sinks and showers that is hygienic and flexible and not affected by moisture and daily use.

Time and cost efficiency on site

A dependable, high performance sealant will decrease the chances of the telephone call-back, repairs, and early failures. This is translated into cost savings in real-time and cost savings throughout the lifecycle of a project. High performance sealants have efficiency benefits on construction sites which include:

• Fewer repeat applications: Less often will require resealing during the building’s life, providing a benefit that will be appreciated.
• Faster application process: Introducing simple to apply formulations in a way which does not slow down the overall installation but does not affect the end result on the performance.
• Reduced callback risk Minimizing the risk that the warranty claims or follow-up visits, due to sealant failure, will occur once the project has been completed.
• Compatibility with multiple trades: Relating to a wide variety of trades and applications, it would thus be easy to procure but this also limits the variety of products found on the site.

Conclusion

Professionals in the construction industry can be assured of stronger bonds, improved weather-proofing and wide versatility in application when using high performance sealants. These attributes translate to reduced repairs, reduced long-term costs and increased dependable outcomes in a complete gamut of building projects.