Product Design & Development

High-temperature Masking Tape (11329)

Friday, February 10, 2006

 Share
[-] Text [+]  
Loading...

High-temperature Masking Tape (11329)

Scapa 650 is a high-temperature masking tape suitable for low static protection of delicate gold-plated finger tabs, assembly holes, and components during flux, preheat, and soldering processes. The tape can also be used for high-temperature industrial masking in clean room environments. The material consists of specially treated paper, which is single coated with a high-performance silicone pressure-sensitive adhesive. Said to offer extremely low electrostatic discharge at unwind, Scapa 650 works to eliminate PC board degradation. After processing, engineers can cleanly and easily remove the silicone adhesive from a surface without leaving an adhesive residue. During hot air leveling and wave soldering operations, the masking tape protects against chemical, solvents, solder, and rinse water, offering enhanced adhesion to electronic substrates. Scapa 650, which offers a wide operating temperature range, can serve as an alternative to polyimide tapes.


ADVERTISEMENT

At Issue

Risky Business: Funding Medical Device Innovation
Rahul Sathe, Principal Mechanical Engineer, Surgical and Interventional Products, Cambridge Consultants
Extracting Nuggets from the Invention Mine
Tom Tuytschaevers, a member of our Patent Practice Group

Site Sponsors


Most Viewed

Videos & Webcasts

The Energy Miser Concept Home 2/8/2012
Lower energy bills while making the house more comfortable, quieter, and safer? Who cares when you're demonstrating a completely Apple-based home control and automation system.   Continue
Inside the Audi A7 2/8/2012
When you take a look at the GPS system, you see real-time Google Earth 3D image navigation rather than cartoon-colored maps. It also powers the night vision system which includes a thermal camera to help detect pedestrians.   Continue
Engineering Mind Challenge Solved 2/8/2012
Dan and Vince find the solution to last week’s question "will the fan blade hit me if I try to stick my head between the spinning blades?"   Continue

Top Stories and Headlines
EVERY DAY!

FREE Email Newsletter