2″ Field-Lok

The 2″ Field-Lok^™ series is a mechanical field seamed panel system. The single-locked or double-locked structural panel can meet severe load requirements. For aesthetic reasons or personal preference, the panel can be seamed with a single fold displaying a broader seam. The single fold meets the needs for a structural panel while providing the reliability of a weather tight roof. The panel system is installed with an expansion clip.

Contractors and erectors are now able to rent roof seamers directly from our supplier, Developmental Industries (DI). Renting directly from DI, by visiting atas.diroofseamers.com, will provide an even quicker, more efficient ordering process and allow you to communicate directly with their knowledgeable staff regarding logistics and technical issues.

Line Drawing
Product Info
CAD Details
Gallery
Documents

Line Drawing

Product Info

SKU:

FLR154
FLR195
FLR999

Material:

.032, .040 aluminum
24, 22* ga. metallic coated steel
24 ga. 55% Al-Zn alloy coated steel with acrylic coating
16, 20 oz. copper*^
.7 mm zinc*^
.0197 classic & tin matte stainless steel*^

Panel Coverage:

15¼”
19½”
Custom widths available*
(Plank ribs standard, specify without ribs or striations)

Minimum Panel Length:

4’-0”

Maximum Panel Length:

Transportation limitations and/or product and project design considerations

Seam Height:

2″

Available:

Tapered
Factory panel pre-notching available. Contact ATAS for specifics.

Texture:

Smooth
Stucco Embossed (available in 24 ga. steel & .032 aluminum)

Finish:

70% PVDF

Colors:

Choice of over 40 stock colors
Custom colors and finishes available*

Anodized:

Clear Satin
Dark Bronze

Accessories:

A complete line of trims available in matching colors, gauge, and finish or as specified.

Minimum Slope:

½ : 12

Miami Dade NOA:

#19-0925.4 (FLR160 .040 Aluminum)

MCA Certification:

0057FLR

CAD Details

Details provided allow for typical expansion and contraction values of the metal cladding materials as provided by ATAS International, Inc only. Allowance must be made for additional sub-structure movement based upon materials used and overall project design.