In this section, you’ll find a wealth of information about how Appli-Tec helps engineers solve tough application challenges, from saving time and money by improving processes to outsourcing their adhesive mixing to Appli-Tec.
Whether you have questions about working with us or how to read the Shipping Indicator Tube, you’ll find it here.
Frequently asked questions about working with Appli-Tec and how to place an order.
How to read the Appli-Tec Shipping Indicator Tube that arrives with every shipment of our PMF adhesives.
How to safely handle, store and thaw your Appli-Tec pre-mixed adhesives.
Learn how pre-mixed and frozen adhesives became a commercial product.
From reducing circuit board failure rates to helping engineers improve their processes, Appli-Tec can solve your application challenge.
An engineer turned to Appli-Tec for an adhesive compound with extremely high thermal conductivity and a greater than 4 hour pot life for robotic dispensing.
After repeated attempts to solve exposed circuit board failure rate, a manufacturer turned to Appli-Tec for help.
Appli-Tec fabricated a sensor that integrated six parts plus an adhesive Appli-Tec mixed in-house. Sensors arrived at the factory, ready for installation.
Appli-Tec helps a company create resuable molds by mixing, dispensing and curing a silicone material to conform to an intricate metal mold.
A medical device manufacturer eliminated formulation inconsistency and in-house mixing by purchasing pre-mixed and frozen (PMF) adhesives from Appli-Tec.
A process engineer at a manufacturing company called on Appli-Tec to help the company achieve adhesive color and formulation consistency.
An aerospace contractor called on Appli-Tec to help source a new raw aerospace adhesives material and then create a formulation to meet existing specifications.
After determining that replacing a mixing machine would be quite costly, a manufacturer turned to pre-mixed and frozen (PMF) adhesives from Appli-Tec.
Detailed information for engineers about our specialty pre-mixed adhesives and the challenges they solve.
Solve challenges associated with high-heat electronics applications — challenges thermal conductive pads can’t handle.
We frequently hear, “What size syringe should we use for our adhesive application?” Of course, you already know the answer: “It depends.”
When mixing adhesives in-house, it’s easy to assume that if a small number of parts or components fail, it’s because the adhesive mix ratio (Part A to Part B) was incorrect. Most likely, it’s not the mix ratio. It’s your process.
Three of the more common variables of the mix process that can lead to potential failure.
Temperature and humidity greatly affect viscosity, pot life, adhesive performance, and cured properties.
Mixing multi-part adhesives requires a great deal of stirring, a process that whips in a lot of air.
How vacuum degassing can introduce contaminants into your mix – often unknowingly.
Information on how to reduce in-house mixing costs as well as improving adhesive performance.
Why thixotropy is your friend!
How a company’s product and hidden costs can soar due to mixing adhesives in-house.
Glass spheres-filled adhesives move the bond line process control from a manufacturing process to a “designed in” feature.
For aerospace applications, electronics and parts undergo extreme stress. Learn how urethane adhesives help mitigate these stresses.
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