Through chemorheological analysis, rubber fabricators and design engineers can understand the key quality characteristics of molded rubber parts before an initial prototype is made. Common types of CAD software support this computer-aided engineering (CAE) analysis and can use data that is acquired from Alpha Technologies’ instruments. This April 2021 presentation covers the use of this equipment for CAE and explains how to enter the collected data into different types of CAD software.
Moldable optical silicones are becoming increasingly popular in automotive, architectural, outdoor, and general-purpose lighting applications. Fabricators, tool makers, and other rubber industry players are needed to support the material set for this growth. This discussion will help newcomers get started, inform the experienced and hopefully even enlighten veterans on clear LSRs. It will provide an in-depth look at the materials from an uncured state to a functioning part; explaining unique properties, technical details and optical terms.
Parker LORD has released a couple more technical resources highlighting its revolutionary adhesion additive Chemlok® 3Stream (3S) that transforms regular LSR into self-bonding LSR.
Join us for a free Dow webinar hosted by LED Magazine on Tuesday, October 13, 2020, at 11 AM (ET) to hear about the optical and aging performance benefits of Dow’s next-generation moldable optical silicones in LED lighting.
Parker LORD recently hosted a webinar on “Transforming Regular LSR into Self-Bonding LSR.” We wanted to make sure you have access to this insightful presentation.
Parker LORD is hosting a webinar on Wednesday, September 23rd at 2:00 PM (ET) to introduce its introduce its revolutionary adhesion additive patent-pending technology, Chemlok® 3Stream (3S), that transforms regular liquid silicone rubber (LSR) into self-bonding LSR.
Dow is spotlighting silicones as part of its new MobilityScience™ platform, an online resource for the automotive and transportation industries. This highly interactive platform explains how Dow Performance Silicones are driving innovation in e-mobility, connectivity, autonomous vehicles, safety, and light-weighting.
Rick Ziebell, RDAbbott’s Vice President of Technology, is scheduled to present “Modifying Liquid Silicone Rubber (LSR) Properties with Third-Stream Additives,” on Wednesday, July 1, from 10:00 AM – 10:30 AM at the Smithers Silicone & TPE Elastomers U.S. Virtual 2020 Summit.
During week two of this three-day virtual summit, Liquid Silicone Rubber Solutions is the topic and RDAbbott’s Rick Ziebell is one of the technical presenters. Ziebell’s presentation, “Modifying LSR Properties with Third-Stream Additives,” is scheduled for July 1 from 10:00 AM – 10:30 AM.
Live at MD&M West 2020 in Anaheim, California. We’re featuring a custom-designed flying disc over-molded with 50-durometer Dow SILASTIC™ Low Temperature Cure (LTC) 9400 Series Liquid Silicone Rubber (LSR).
Global Headquarters:
R.D. Abbott Co., Inc. (RDAbbott)
11958 Monarch Street
Garden Grove, CA 92841
Phone: 562.944.5354
Fax: 562.944.5374
