Tag Archives: Winter 1998

Let’s Start Off Simple

Easy-to-build strip-plank projects

By Tom Pawlak — GBI Technical Advisor
Epoxyworks #36, Spring 2014

Cover Photos: Our special issue on building features practical and simple techniques.

Building a natural finish wood-strip or strip-plank canoe can be exciting and a bit daunting, particularly if it is your first clear finish canoe. You’ll commit time and money to the project and your expectations may run high. Most people are happy with the results of their first strip plank project, but deep down they wish some aspect of it was a bit better. Continue reading →

Strip Construction, an Overview

by Captain James R. Watson

Editor’s note: to learn more about building the strip plank mailbox, paddle or clipboard in the featured image (above), see Start off Simple.

Epoxyworks #10, Winter 1998

Cover Photo: Strip construction is detailed throughout Epoxyworks #10.

We feature strip construction in this edition of Epoxyworks because of the wide range of projects we have seen over the years and the many we support on a daily basis. In most peoples minds, the beautiful, well-built stripper canoe almost defines the technique. But, we’ve also seen strip mailboxes and ships, cars and cradles, airplanes and artwork. The versatility of strip construction is well matched to the versatility of WEST SYSTEM® epoxy. Continue reading →

Types of Strip Plank Material

by Brian Knight—GBI Technical Advisor

Modern strip composite construction uses narrow strips of wood or foam to make a low density core material. These strips are easy for one person to handle and are readily assembled into complex shapes. However, this assembled structure does not have much strength until it is covered inside and out with a high density fiber reinforced skin—usually fiberglass cloth. The process of making and fitting the narrow strips together is more time consuming than bending a sheet of plywood, but the technique allows for more creativity in the design. Continue reading →

How Tough are They?

By Captain James R. Watson

Once I went over a small falls in my stripper kayak. At the bottom was broken concrete with rebar in it. I clenched my teeth as the little kayak ground over it—hoping I’d built it tough enough. Fortunately, when I pulled to the bank to inspect the damage, there were only superficial scrapes. Continue reading →

Planking Basics

By the Gougeon Technical Staff

Strip planking, strip plank laminating, and strip composite may be different methods of construction but they have in common the process of installing strips over frames that define the structure’s shape. These are general guidelines describing the process. Continue reading →

Edge Gluing Fixtures

by Brian Knight—GBI Technical Advisor

Rectangular or square edge strips tend to get out of alignment between mold stations, especially where the bend is tight and the planks have to be forced into position. You can build intermediate mold stations in these areas to support the planks in more places. Continue reading →

Holding Strip Planks in Place

By Tom Pawlak — GBI Technical Advisor

There are many ways to hold strip planks in place while the adhesive between them cures. The best method for your project depends on how you plan to finish it, what fastener equipment you have on hand, and how much holding power you need to keep the strip planks in place. Continue reading →

Edge fastening

Edge Fastening

by Brian Knight—GBI Technical Advisor

Rectangular or square edge strips tend to get out of alignment between mold stations, especially where the bend is tight and the planks have to be forced into position. You can build intermediate mold stations in these areas to support the planks in more places. Continue reading →

Panel Warping

By Tom Pawlak — GBI Technical Advisor

CAUTION: Strip planked projects can warp to the point of being unusable if one side of the wood core is fiberglassed and the other side is left unsealed. Changes in wood moisture content on the unsealed side will cause the project to change shape. The potential for warping is greatest on thin wood-strip projects like canoes and kayaks. The thinner the planking, the greater the risk. Continue reading →