AWI Standards

StandardsAWI 300 - Materials

AWI 300 - Materials

3.3 Panel Products

a) The use of??other than those identified within this standard that display unusual characteristics desirable for aesthetic and design reasons shall be as agreed upon between buyer and seller.

b)???direction is indicated by its size?; for example, 1219 mm x 2438 mm [48″ x 96″] means the??direction??with the 2438 mm [96′] direction, whereas a 2438 mm x 1219 mm [96″ x 48″] panel’s grain direction runs with the 1219 mm [48″] dimension.

c)??shall be of manufacturer/supplier’s choice.

3.3.1 Reference Standards

a) The standards referenced below, adopted for the performance, fabrication, and appearance of face veneers, laminates, overlays, backers, and cores, serve as the basis for evaluation of?,?s, and other properties:

Material Acronym Reference Standard
? and veneers ?ANSI/ HP-1 (latest edition)
? veneers ?ANSI/HPVA HP-1 (latest edition)
?Medium Density ? ?US Plywood Standard APA PS-1 (latest edition)
? ?HDO ?US Plywood Standard APA PS-1 (latest edition)
?Thermally-fused Laminates ( or ) ?/MCP ?Composite Panel Association 2009 Voluntary Compendium of Standards for Decorative Overlay
? ? ?ISO 4586 (latest edition)
?Vinyl Film ?Composite Panel Association 2009 Voluntary Compendium of? Standard for decorative
? ?ANSI A135.4 (latest edition)
? ?PTB ?ANSI A208.1 (latest edition): M-2 or better.
?Medium Density Fiberboard ?Medium Density Fiberboard MDF ANSI A208.2 (latest edition)
? ?OSB ?APA PS-2 (latest edition)
? ?ANSI/HPVA HP-1 (latest edition)

3.3.2 Cores

a) Core materials shall follow standards referenced in?3.3.1 Table 1. Alternative core materials not listed shall be as agreed upon by buyer and seller.

b) Fire retardant and moisture resistant core shall be color tinted or otherwise documented.

c) Core shall be manufacturer/supplier’s choice within the provisions of this standard.

d) MDO and HDO products shall be of?.

e)?, OSB, or lumber cores are not guaranteed against warping,?, or?.

3.3.3 Surfaces

a) Panel layup shall be for interior use (unless specified otherwise) and shall be constructed with an odd number of plies.

b) Panel layup requires balanced construction of faces, thickness, and??to produce a?-free panel suitable for its intended use.

c) Panel layup shall have a rigid glue line. Delamination or separation is not permitted.

d) Panel layup shall not use??unless otherwise indicated in this standard.

e) Panel layup requires cores of veneer,?, particleboard, MDF, or a combination thereof. Veneer core shall not be used for cabinet door or drawer front components.

f) Surface distortions or defects, such as bubbling,?, cracking, crazing or ridges in the exposed face veneer, shall not occur.

g) Telegraphing shall not exceed .1 mm [.004″] in any 76.2 mm [3″] span.

h) Lamination over existing laminate surfaces is not permitted.

3.3.3.1 Surfaces, HPDL

a)??is available in a wide range of surface textures and glosses. This standard does not differentiate between these surface characteristics. It is the responsibility of the design professional to stipulate the surface characteristics of the HPDL to be used.

b) High gloss HPDL will highlight minor core and surface imperfections. Use of high gloss HPDL shall be as agreed to between owner/design professional and?.

3.3.3.2 Surfaces, Veneer Material Requirements

a) Veneer shall be of sufficient thickness to prevent exposure of core after sanding or finishing.

b) Edges of multi-?faces shall appear parallel.

c) Backing species shall be manufacturer/supplier’s choice.

d) Figure is independent of species and aesthetic grade. Special requirements shall be so specified.

e) Rift grain oak may have up to twenty-five percent of the exposed area containing medullary??(often referred to as fleck).

f) Core shall be manufacturer/supplier’s choice, within the provisions of this standard.

3.3.3.3 Surfaces, Balance Material

a) Where required within the AWI Standards, shall include:

Face Material Balance Material Thickness
?HPDL Compatible with face material Same as face material
?TFL Compatible with face material Same as face material
Wood veneer ?with face veneer Same as face veneer

b) Or any independently-tested (See AWI’s Balance Material Test Methodologies) material that maintains panel flatness and meets

3.3.3.4 Surfaces, Backer Material

a) Where required within AWI Standards, may include the following:

b) Laminate conforming to ISO 4586 (latest edition) .5 mm [.020″] min. thickness.

c) Man-made wood fiber veneers, impregnated with acrylic melamine, fortified, high load resin system, .5 mm [.020”] min thickness.

d) Synthetic polymer-treated backing sheet designed for use with HPDL .43 mm – .48 mm [.017″ – .019″]??thickness.

e) Thermoset resin-treated wood fiber, 3-?construction, .5 mm [.020″] min. thickness.

f) Phenolic resin impregnated kraft paper .4 mm [.016″] nominal thickness.

g) Polyester or melamine overlay.

3.3.4 Other Materials

3.3.4.1 Epoxy Resin

a) Epoxy resin shall be a panel produced from a composite of epoxy resin, silica, inert fillers, and organic hardeners cast and cured in ovens at elevated temperatures, homogeneous throughout, and nonabsorbent.

b) Epoxy resin shall conform to the following minimum performance properties:

 

3.3.4.2 Natural Stone

a) stone shall not be subject to minimum performance properties established by this standard because it is a natural product.

3.3.4.3 Engineered Stone

a) Engineered stone shall be subject to the manufacturer/supplier’s documented instructions

3.3.4.4 Solid Surface

a) shall be subject to the manufacturer/supplier’s documented instructions.

3.3.4.5 Solid Phenolic

a)??shall be composed of melamine-impregnated decorative surface papers superimposed over a varying number of kraft phenolic core sheets to achieve a desired thickness.

b) Solid phenolic shall conform to the following minimum performance properties:

 

Optimum Climate Controlled Relative Humidity table
Figure 2
Figure 3
Figure 4
Figure 66
Figure 67
Figure 65
3-3-4-1 Epoxy Resin
3-3-4-5 Solid Phenolic
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Figure 5 - Compliance Testing Measurement
Figure 160 - Grain Angle
Figure 5 - Compliance Testing Measurement
Figure 23 - Overlap
Figure 24 - Chip-Out
Figure 25 - Over-Filing / Over-Machining
Figure 47 - Flushness, Countertop
Figure 52 - Flushness at Butted Edges
Figure 150 - Machining Through Veneered Panels
Figure 5 - Compliance Testing Measurement
Figure 8 - Scribe Filler
Figure 9 - Scribe Moulding
Figure 10 - Scribe Allowance
Figure 15 - Frameless Construction Reveal
Figure 16 - Face Frame Construction Reveal
Figure 17 - Laboratory Application Reveal
Figure 18 - Grain Layout, Stile and Rail 1
Figure 19 - Grain Layout, Stile and Rail 2
Figure 21 - Grain Layout, Flush Panel, Custom Grade
Figure 23 - Overlap
Figure 24 - Chip-Out
Figure 25 - Over-Filing / Over-Machining
Figure 26 - Flushness Variations, Exposed and Semi-Exposed
Figure 27 - Flushness, Fixed Horizontal
Figure 28 - Radius, Beveled, or Square Edges
Figure 29 - Radius and Square Edges
Figure 30 - Gaps and Flushness, Casework
Figure 32 - Glass Clips
Figure 33 - Wrap-Around Hinges, Flush Overlay
Figure 34 - Wrap-Around Hinges, Reveal Overlay
Figure 35 - Reveal, Hinge Overlay
Figure 36 - Adjustable Shelves
Figure 41 - Closure, Laminate
Figure 42 - Closure, Filler
Figure 43 - Gaps, Reveal Overlay Frameless
Figure 44 - Gaps, Flush Overlay Frameless
Figure 45 - Gaps, Reveal Overlay Face Frame
Figure 46 - Gaps, Inset Face Frame
Figure 72 - Drawer Gaps
Figure 85 - Soffit, Fascia, and Filler
Figure 86 - Casework Surfaces
Figure 87 - Maximum Allowable Adjustable Shelf Lengths for MOE Values
Figure 103 - Scribed Corner Closure Panel
Figure 104 - Scribed Inside Corner Filler
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