AronAlpha Blog

Cyanoacrylate, commonly known as super glue, is the fastest-drying adhesive available on the commercial market. Valued for its high bonding strength and quick curing speed, cyanoacrylate is incorporated into everything from automotive manufacturing to furniture repair. Sometimes, even the exceptional speed with which cyanoacrylate cures isn't fast enough. Whether you're doing a tricky job that needs a quick adhesive bond or you're just in a hurry, you can get your adhesive to cure even faster using baking soda.  

Rubber has many applications across a wide range of industries—from tires on cars and roofs on buildings to tubes in industrial equipment. In many of these situations, the rubber must be bonded to another piece of rubber, another kind of rubber, or another type of substrate (e.g., metal, wood, or plastic) to create a usable product. Forming an effective bonding necessitates the proper selection and application of an adhesive. The wrong type and method could result in a weak bond (or no bond) or damage the substrates. 

Super glue is an incredible tool for household repairs, hobbies, and more, but it can get messy—and getting it on your hands is pretty common. It can feel alarming to have your fingers stuck together or stuck to another object, but you don't need to worry, because there are several ways to remove it. Don't wait for it to dry and then try to peel it off. The bond is strong, and you may end up damaging your skin.

Cyanoacrylates—commonly referred to as super glue or Krazy Glue—are fast-drying adhesive compounds. They create instant, high-strength bonds between various materials when exposed to moisture, including (but not limited to) metal, plastic, wood, ceramic, and rubber. These characteristics make them ideal for use in many industrial and commercial assembly applications, ranging from aerospace and automotive components to consumer appliances and musical instruments. However, before they are approved for distribution and use, they must be fully tested to verify that they provide the desired performance in the intended application. 

Cyanoacrylate glue, also commonly known as Krazy Glue or super glue, is an instant adhesive that creates exceptionally strong polymer bonds between a variety of materials. Unlike other adhesives, cyanoacrylate (CA) glue does not require additional treatments to cure and harden to the surface of a material. Exposure to moisture or humidity in the air is sufficient to activate the bond between the active ingredient, ethyl cyanoacrylate, and the material. Anionic polymerization triggered by exposure to water molecules allows CA glue to create polymer chains that can bond to a range of materials, from wood and metal to ceramic, leather, and plastic. 

Cyanoacrylate is the umbrella term for instant adhesives (also known as superglue or power glue). You may recognize popular cyanoacrylate brand names such as PermaBond, Krazy Glue, or Gorilla Glue. Cyanoacrylate is incredibly versatile and has been used for almost 70 years in product assembly throughout a variety of industries, including automotive, medical device manufacturing, electronics, construction, and consumer products. While one may think they’re aware of all the uses of this powerful adhesive, there are some “unconventional” applications of cyanoacrylates we thought would be interesting to share with you. 

Cyanoacrylates—also known as CA glue, ethyl cyanoacrylates, super glues, instant adhesives, or Krazy Glues—are adhesives made from cyanoacrylate esters (most commonly ethyl). These adhesives are primarily characterized by their fast cure time when moisture is present. Once solidified, they form strong and rigid bonds between two substrates pressed firmly together.

Though you may not be familiar with the term cyanoacrylate adhesive, you're probably familiar with the product itself. Commonly called super glue, instant glue, power glue, or by the brand names such as Krazy Glue, cyanoacrylate adhesive is critical to the assembly of goods for a variety of applications across industries. These glues are heat resistant, dry quickly, and will bond almost any material with another, making them ideal for a wide range of applications. 

Throughout the years, innovations in construction material and manufacturing processes have led to medical-grade adhesives replacing the use of traditional fastening systems in medical device assemblies. When properly applied, adhesives present significant advantages over other mechanical fastening methods.