Loading...
__translate_sentinel__
Hamshaw Lumber Inc

AZM-287 Azek Rake Moulding 1-1/16" X 2" X 16'

SKU #AZM287 UPC #AZM287
AZM-287 Azek Rake Moulding 1-1/16" x 2" x 16'
Regular Price
$ 56.75 EA
Hamshaw Lumber Inc Keene, NH
Quantity: 1
Will you be going in-store to purchase this product?

In-store Pickup

. Ready for Pickup Soon
Pick up at Hamshaw Lumber Inc, 03431

Local Delivery

Select Zip
Delivery from Hamshaw Lumber Inc, 03431

Description

Whether you're finishing a roofline or adding architectural detail to a portico, the AZEK AZM-287 Rake Moulding provides the classic look of wood with the unmatched durability of engineered PVC.

Designed to bridge the gap between your siding and soffit, this rake moulding offers a crisp, professional finish that won’t rot, split, or warp over time.

Product Features

Classic Aesthetic: Features a traditional rake profile that adds depth and character to any exterior trim project.

Weatherproof Performance: Made from high-quality cellular PVC that is moisture-resistant and insect-resistant.

Low Maintenance: Unlike wood, it never needs to be painted for protection, though it accepts 100% acrylic latex paint beautifully if a custom color is desired.

Workability: Handles just like wood—you can saw, drill, and nail it using standard woodworking tools.

Hidden Fastening Compatible: Works seamlessly with Cortex or other hidden fastening systems for a blemish-free installation.

Technical Specifications

FeatureSpecification
Model NumberAZM-287
Dimensions1-1/16" Thick x 2" Wide
Length16 Feet
MaterialCellular PVC
FinishTraditional White (Smooth)
WarrantyLifetime Limited Warranty

Best For:

Rake Boards: The perfect transition piece where the roof meets the gable end.

Fascia Detail: Use as a decorative crown transition for fascia assemblies.

Window & Door Surrounds: Adds a historical "built-up" look to exterior casings.

Pro Tip: When installing in lengths over 16', we recommend using a scarf joint with AZEK adhesive to ensure a permanent, seamless bond that accounts for natural expansion and contraction.