Benefits of using a rotary die cutter 03/02/22 An advanced rotary die cutting machine is capable of executing far more than just simple cuts. It can form and assemble complex final products, with ... READ MORE
How Cohesive Components Is Managing Supply Chain Shortages 01/03/22 The supply chain crisis leaves American businesses with few options. Leaders can either seek out ways to work around material shortages or sit back and ... READ MORE
Why Cohesive Components? Meet Mike Bryant in Our Team Member Spotlight 11/01/21 “An organization is not measured by the machines it has or the building it’s in. It’s measured by the people who choose to work there.” ... READ MORE
Why Cohesive Components? Meet Chad Hall in Our Team Member Spotlight 10/20/21 Why do people come to work at Cohesive Components? They like our standout culture. “A huge part of our workforce has been here more than ... READ MORE
Why Cohesive Components? Meet Brad Brackman in Our Team Member Spotlight 10/06/21 Employees say it’s the people at the top who make Cohesive Components a great place to work. “They care about people. They constantly stress fundamentals ... READ MORE
Cohesive Components® Company Launches SUR-COOL® Products 09/01/21 Cohesive Components, a leader in the field of engineered sealing solutions, has launched a proprietary line of thermal interface materials. CINCINNATI, OHIO – (August 31, 2021) – Cohesive Components® Company, ... READ MORE
Thermal Tape Usage Guide 08/13/21 Sur-Cool Thermal Tape is a dual-purpose thermal interface material (TIM), acting as both a TIM and as a mechanical fastener. Sur-Cool’s double-sided thermal tape is ... READ MORE
Thermal Interface Material Guide 08/13/21 Also known as heat transfer material and sometimes shortened to TIM, a thermal interface material is any substance placed between two components to improve the ... READ MORE
How Do Thermal Pads Work? 08/13/21 There are a lot of different types of thermal interface materials on the market. However, of all the forms available, thermal pads (aka thermal gap ... READ MORE