562.944.5354
RDAbbott

Tagged: Self-Lubricating

Webinar Recording: “LSR Solutions for Compatibility with Fire Retardant Plastics”

In this webinar recording, Dr. Noel Chang, Technical Service and Development Leader for Dow Consumer Solutions, and Dr. Jessica Ding, the Marketing Manager for Dow, introduce SILASTIC™ 9212-50 LSR for sealing that’s compatible with connector housings made of flame-retardant plastics.

Read More

“LSR Solutions for Compatibility with Fire Retardant Plastics” Webinar by RDAbbott (June 29)

In this upcoming webinar, Dr. Noel Chang, Technical Service and Development Leader for Dow Consumer Solutions, and Dr. Jessica Ding, the Marketing Manager for Dow, will describe SILASTIC™ 921X LSR Series for sealing that’s compatible with connector housings made of flame-retardant plastics.

Read More

Dow Launches SILASTIC™ Selective Adhesion LSRs

Dow has launched a new series of selective adhesion LSR products for the mobility and transportation industry. SILASTIC™ SA 994X LSRs are primer-less, self-adhesive, and available in standard and self-lubricating versions with a one-to-one mix ratio for two-component injection molding with thermoplastic substrates. These new LSR materials were specifically developed to target adhesion to polybutylene terephthalates (PBT) and polyamides (PA).

Read More

Webinar Recording: Dow Self-Lubricating LSR with Novel Third-Stream Additive

RDAbbott is sharing a recording of their recent webinar titled “Improving Self-Lubricating LSR in Sealing Applications with a Novel Third-Stream Additive.” This one-hour course about a new Dow liquid silicone rubber (LSR) product was livestreamed on October 19, 2021.

Read More

“Improving Self-Lubricating LSR in Sealing Applications with a Novel Third-Stream Additive” Webinar by RDAbbott (October 19)

Self-lubricating LSR is the material of choice for electrical sealing applications in automotive applications. With constant changes in the industry, the performance requirements of this material becomes increasingly challenging and related material formulations constantly more complex. This discussion will give an overview on factors impacting sealing properties, propose a new additive to noticeably shift the thermal stability of a whole material family, and provide insights on how this new additive can stabilize the set of mechanical properties at elevated temperatures.

Read More

We're here to help.

Contact Us

© 2024 RDAbbott. All Rights Reserved.