When you need an adhesive, the type you get will depend greatly on what you will be using that adhesive for. There are so many varieties that it is easy to become bogged down when you are trying to decide which glue you should get. Starch glue is one very commonly used type of adhesive that is well known for its effectiveness in bonding paper products. It is perhaps most often used in the manufacture of corrugated board. When you need to use a starch glue for something, it is highly important that you are able to get the best variety available. Starch additives can be used while you are making your starch glue, in order to improve its properties, quality and overall performance.
How A Starch Additive Can Help You
Whether you are a major part of a manufacturing industry or just enjoy doing your own projects at home, finding the best and most reliable type of glue is something that should never be neglected. Sometimes, using a starch additive can help tremendously so you can get the desired result. Here are a few different varieties of starch additives and what benefits they can offer you:
-RB-SRA – This substance allows you to use less starch in the production of adhesives. This will save money, as well as being more environmentally friendly and energy efficient. RB-SRA increases the strength of your glue’s bond onto substrates that are often difficult to get a good bond on. It also prevents your board from becoming warped, brittle or dry.
-RBA – This is a thickener that also happens to be extremely water resistant. It increases the rate of viscosity in your glue, providing for better overall results. It is also very economical and is better for your machines, causing them to run faster and more smoothly. RBA has wonderful pin adhesion.
-RBR-P – If you want a glue that is very versatile and has a great consistency, then this is the kind of starch additive you should get. It provides for a more economical glue formula, improves your machine speed and has superior water resistance. In addition, RBR-P has increased pin adhesion, as well as fiber tear.