Stonewood is now MEG QSP and is part of ABET LAMINATI.
Explore now the new website and discover all products and solutions

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Quick Lead Times

In an industry where the standard lead-time continues to rise, our American-made panels offer a refreshing alternative; delivery on your Read More
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Zero Flame Spread

We know that fire safety is a top concern, that's why we proudly offer exterior panels with a Flame Spread Read More
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AIA Continuing Education

Stonewood offers two online AIA/HSW accredited courses through Architectural Record and AEC Daily. Read More. Read More
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NFPA 285 Compliant

Tested to the highest standards, Stonewood Panels perform; passing the stringent NFPA 285 Standard Fire Test for exterior wall assemblies. Read More
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Made in America

Manufacturing and customer service are located in Wisconsin; ready to send your quotes, samples and offer timely- on-the-spot answers. Read More
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Stonewood Panels are solid phenolic architectural panels (also referred to as compact laminate) manufactured by Fiberesin. Panels and planks are designed for use as open joint exterior cladding in a rainscreen design.

Versatile installation options include exposed and concealed fasteners, as well as a stackable mounting system.

Stonewood panels pass the rigorous NFPA 285 test and are offered in stunning designs to accent new and retrofit construction.

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Items discussed in this video are:

  • 0:37 Recommended Tools
  • 0:45 Pre-Fabrication Setup
  • 1:10 General Cutting and Chamfering
  • 2:07 Door & Window Detailing
  • 2:32 Exposed Fastening Drilling
  • 3:18 Concealed Fastening Drilling
  • 4:12 Kerfing
  • 4:40 Rabbeting
  • 5:01 Penetrations
  • 5:33 Final Inspection

Field Kerfing Required Equipment

 

1. FREUD - 9/16” Depth Slotting Cutter Set (figure a) or equivalent

 

2. Hand Router (figure b) - minimum of 1hp or equivalent tool such as 3 wing slotting cutter (figure c)

kerfing equipment

Best Practice Field Kerfing Guidelines

  1. Insert slotting cutter tool into the hand router
    1. Use a manufactured kerf plank (figure d) as a set up guide to confirm tool height
    2. Place the blade in the kerf
    3. Set tool height
  2. Perform a test run on a scrap plank
    1. Speed rate for hand router: 1400-1800 RPMs
    2. Feed rate for hand router: 8-12 ft/min
  3. Kerf planks as required
    1. Maintain tolerances - planks arrive with a .415” kerf and field cut edges must be re-kerfed to 0.500”
Kerfing panel fig d

Additional Requirements

1. Minimum width of finished plank is 3”
2. Maximum width of finished plank is 16”
3. Minimum plank length is 4”

 


Required Equipment Rabbeting

 

1. FREUD - 1/8”,1/4”, 5/16”, 3/8”, 7/16”, 1/2” Depth Rabbeting Bit Set with interchangable bearings (figure a) with 1/2” Shank or equivalent tool

 

2. Hand Router (figure b) - minimum of 1hp or equivalent tool

 rabbet equipment

Best Practice Field Rabbeting Guidelines

  1. Insert rabbet cutter tool into the hand router
    1. Use a manufactured rabbet plank (figure c) as a set up guide to confirm tool height
    2. Use bearing designed to cut a 1/8” depth rabbet (figure d)
  2. Perform a test run on a scrap plank, once height is set
    1. Speed rate for hand router:1400-1800 RPMs
    2. Feed rate for hand router: 8-12 ft/min
  3. Rabbet as required
    1. Tolerances - planks will arrive with a 1/8” x 0.157” rabbet cut and the field cut planks must be re-rabbeted to 1/8” x 0.157”
 rabbet cut

Additional Requirements

1. Minimum width of finished plank is 3”
2. Maximum width of finished plank is 16”
3. Minimum plank length is 4”