Skip to content

New Resi-Boost Resin™ from Georgia-Pacific Chemicals Offers Significant Operations Savings

Table of Contents

Atlanta, GA. (October 20, 2016) — Georgia-Pacific Chemicals LLC introduces a new resin that can reduce costs for structural plywood and laminated veneer lumber operations in a variety of ways. Resi-Boost™ resin reduces over-penetration of the adhesive, leaving more resin solids on the surface.  It has been proven to decrease glue spreads and lower glue usage by as much as 3-10%. Bond quality has also shown improvement with fewer spotty bonds observed.  Importantly, Resi-Boost™ resin has been shown to also decrease press times as much as 10-20% in mid to heavy constructions without sacrificing bond quality and without increasing temperatures. 

“The patented technology of Resi-Boost™ resin can make a real difference in quality, costs and throughput,” said Doug Mason, Product Manager for Georgia-Pacific Chemicals Wood Adhesives. “This product isn’t a tweak; it can be a game-changer for improvement in operational bottom-lines.”

Other benefits of this proprietary technology include improving panel thickness as well as bonding of juvenile wood and around knots.  Improvements in downfall have been seen by as much as 1% when using Resi-Boost™.

All of these benefits can result in energy and adhesive resin cost savings as well as increased throughput and improved quality.

Latest

IWF 2026: What to Know Before You Go

IWF 2026: What to Know Before You Go

Heading to IWF 2026 in Atlanta? Here’s what attendees need to know about show hours, onsite badge pickup, registration, Wi-Fi, the IWF mobile app, education and special events before arriving at the Georgia World Congress Center.

526 MEDIA GROUP ACQUIRES ARCHITECT, JLC

526 MEDIA GROUP ACQUIRES ARCHITECT, JLC

526 Media Group, publisher of Surface & Panel, has acquired ARCHITECT, Journal of Light Construction and additional Zonda media brands, expanding S&P’s connection to a broader professional audience spanning architecture, design, construction and building materials.