SUREBOND Sealants & Adhesives for Landscaping, Construction & Industrial/OEM


FAQ - Construction

		What product has the fastest cure time and strongest bond for use in millwork and panels?
		SB-800 Super Bonding adhesives fully cures in 6-8 hours and has a bond strength of 100,000 pounds per square inch on a 4’x8’ panel.
		Do you have an economical urethane with industrial quality performance?

		We recommend SB-1 Powerseal. It is a fast curing, low VOC, flexible urethane sealant. The tensile strength is 360 pounds per square inch with elongation up to 800% when fully cured.
		What is the best adhesive you recommend for sub-flooring?
		SB-400 Structural Decking Adhesive. This product bridges irregular surfaces and offers ease of panel alignment. It will also eliminate squeaks and other sounds in floors.
		I am looking for a product that has properties of both an adhesive and sealant that can withstand high heat. What is unique about my application is that I adhere two pieces of metal together and then apply a spot weld. Do you have a product that meets these requirements?

		SB-1800 Everflex Bondaprene will meet these requirements. This product is spot-weldable and non-flammable. It offers a tack-free time within 40-60 minutes and has a broad temperature range (-80˚ to +480˚ F). It is a modified silicone meaning that it offers a seal while also having some adhesive properties. The tensile strength of SB-1800 is 360 pounds per square inch.
		Do you have a general construction adhesive?
		Surebond offers SB-2001. It works great to waterproof panels and as a crating adhesive. It also can be used for underlayment, wall-board, sheet rock, paneling and other non-structural applications.
		I need a product that will bond exterior flashing to concrete & wood. What should I use?
		SB-400 Structural Decking Adhesive is a quality, waterproof, high strength adhesive that will bond nearly all applications that include metal or wood.

	We recommend all customers conduct their own testing prior to using our products to determine suitability in specific applications. Because we cannot predict or control the environments in which our products will be used, we cannot accept any liability for obtained results.