AWI Standards

StandardsANSI/AWI 0400-2022 - Factory Finishing

ANSI/AWI 0400-2022 - Factory Finishing

3.3 Structural

a) Structural, when applied to finishing technologies, refers to performance evaluation and characteristics.

3.3.1 Performance Evaluation

a) This section is designed to determine the performance of a finishing technology’s topcoat.

b) Finishing technologies not listed in the Performance Characteristics table below shall be tested in accordance with AWI Test Methodologies CR-1 and AR-1 (latest editions) to determine performance values.

3.3.2 Performance Characteristics


* Denotes finishing technologies identified by the Window and Door Manufacturing Association (WDMA) as applicable to doors addressed in ANSI WDMA I.S.1A and I.S.6A standards.**TR – Transparent, OP – OpaqueAWI acknowledges the table above as historical data established through industry use of previous AWI standards. Furthermore, it is intentional that the revised  list in CR-1 test method varies from the list above in order to collect and establish new data, allowing for emerging technologies.

Notes for Performance Characteristics table:
Testing was evaluated in an ISO 9000-certified laboratory using the following ASTM test criteria: Chemical Resistance Testing – ASTM D1308 (latest edition), Wear Index – Abrasion Resistance Testing – ASTM D4060 (latest edition).

Baseline data for application prior to testing:
• 45-55%  at 70-80 degrees Fahrenheit
• Water-borne coatings must be cured in a dehumidified atmosphere and can be assisted with infrared light and good air movement.

Performance characteristic numbers are used, with the following definitions for chemical resistance and wear index – :

5 – No effect from the test.
4 – Minimal effect or  change and little repair required.
3 – Some effect; noticeable change, and the coating will recover with minimal .
2 – Moderate effect, performance adversely affected and repairs required.
1 – Poor performance and film failure is imminent and repairs are difficult.

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
tr-op-table
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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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