Refrigerate between uses for storage.

Tech-Bond Solutions has two pillars that provide the foundation for our unmatched performance; the Tech-Bond Molecular Bonding System and the patented Polymer Bonding Process (patent number 10,577,521). These two pillars create a bond between substrates regardless of the type of material. Bonds are stronger than glue joints and more importantly; more durable. The performance tools of the System enable the laws of chemistry and physics. Repairs are accomplished more quickly, easier and, most importantly, those repairs last.

To reiterate, Tech-Bond is an adhesive system, not just a bottle of glue. The performance tools of the System enable the laws of chemistry and physics. Repairs are accomplished more quickly, easier and, most importantly, those repairs are longer lasting. By reading and following the instructions, you’ll get the results you need every time and most importantly, those repairs will last.

Other relevant comparisons of the Tech-Bond adhesive system to glues, super glues and epoxies follows:

* The super glues sold in stores are, in our opinion, too thin for general use. Often, this thin stuff ends up on your hands which is NOT fun. Our standard SI adhesive (SI Blue) is a little thicker than super glue, providing more control and offering less potential damage to fingers. Our SI Black is even thicker giving you more control when needed.

* SI stands for Surface Insensitive meaning our adhesive system will work on all materials except for glass, stainless or alloy steels. SI adhesives excel at bonding one type of material to another type. Normally a challenge for any adhesive.

* The Tech-Bond System works on metal, wood, rubber, vinyl, china, porcelain, fiberglass, toy and modeling plastics, wet and dry tans, etc. IF the material is flexible, as long as you do not overuse the SI adhesive, the bond will be flexible.

* There is another materials group that has been difficult to bond, i.e., the slick plastics (polymers, co-polymers and polyolefins {poly-plastics}). There are a few glues which can give you some type of result when working with a poly, but most of them are not recommended for the novice. Our patented Polymer Bonding Process (Process) is easy to execute. On our website, tbbonding.com, there are a number of “how to“ videos. Those along with the detailed step-by-step instruction guide allow the novice to easily bond Teflon®, silicone rubber, nylon, etc., to themselves, to other polys or to any other substrate, except for glass, stainless and alloy steels.

With every purchase from anywhere in the world, you get a money back guarantee. We promise miracles (after all nothing sticks to Teflon®) and promise to give you your money back is you don’t get that miracle. If you are dissatisfied, in any way with your Tech-Patch or Tech-Bond product, we will refund your cost of your kit. Period.

Molecular Bonding means a covalent bond – regardless of the substrate(s). Molecular bonding is the latest advancement in ‘glue’ solutions. With most materials a molecular bond means that, chemically, a covalent bond is created between the surfaces being joined. A covalent bond exists when a pair of electrons is shared by the protons of two adjacent atoms. A molecular bond provides a stronger, more durable result than gluing two pieces together.

When working with polymers and other space-age substances, i.e., nylons, silicons and UHMW’s, Tech-Bond Bonding Agents act as a monomer that bonds the polymers of each surface together. In order to effectively bond these polymers, an adhesion promoter (Tech-Bond’s Poly Prep™) is required. (see below)

Because of its performance advantages, Molecular Bonding is being used by many industries; aerospace, automotive, health care, etc., as a more efficient methodology for joining two surfaces together. You will also find molecular bonding to be a quicker, easier and a more efficient solution for your problem(s). If you have any questions, or want more information, please call 877 565 7225.

Performance Advantages of Molecular Bonding.

1) Durability

One of the many problems with glues and epoxies is that they degrade over time. Covalant bonds created by molecular bonding agents do not degrade nearly as rapidly. Molecular bonding provides the lasting performance desired by professionals.

2) Strength

Superglues have good tensile strength, but often have poor shear strength. Molecular bonding provides exceptional tensile AND shear strength.

3) Flexibility

Glues and epoxies do not perform well when used on materials that flex. Glue joints become brittle and crack when flexed. A molecular bond takes on the characteristics of the material being bonded. If that material is flexible, the bond will be flexible.