Cabot Solid Tintable Neutral Base Water-Based Acrylic Deck Stain 1 gal.

Cabot Solid Color Acrylic Siding Stain is an advanced-technology, 100 percent acrylic solid color stain formulated to have superior performance properties for the professional user. Solid Color Acrylic Siding Stain is a heavily pigmented and exceptionally thick wood siding stain, delivering greater opacity than conventional solid color stains. The result is smoother spread, better coverage and superb handling when applied by either brush or sprayer. In addition, this product has been developed and tested for use in colder temperatures, extending the exterior maintenance season for professionals in cooler climates. Cabot Solid Color Acrylic Siding Stain covers previously painted or stained surfaces in just one coat, improving project completion time and maximizing labor efficiencies. Cabot Solid Color Acrylic Siding Stain is so advanced it does not require the use of a primer coat on non-extractive-prone wood species such as pine, white cedar or cypress.

Richly pigmented for extra UV protection

Ideal for decks, fencing and patios

Scuff-resistant finish made to be walked on

Acrylic 1800 series requires two-coat application

Unlimited color matching

Soap and water clean up

1 gallon size

STAIN DECK SOLID NEUT GL

Brand Name: Cabot

Transparency: Solid

Tintable: Yes

Color: Neutral Base

Base Type: Water-Based

Coating Material: Acrylic

Product Type: Deck Stain

Container Size: 1 gal.

Water Repellent: Yes

Application Method: Brush/Pad/Spray

Time Before Recoating: 4-6 hr.

VOC Level: 100 g/L

Full Cure Time: 30 day

Indoor and Outdoor: Outdoor

UV Resistant: Yes

Sealer: Yes

Durability: 10 Years

Recommended Surface: Decks

Coverage Area: 200-500 sq. ft.

FLAO: Richly pigmented for extra UV protection

Ideal for decks, fencing and patios

Scuff resistant

Do not thin

Not intended for interior surfaces

Richly pigmented for extra UV protection

Ideal for decks, fencing and patios

Scuff resistant

Do not thin

Not intended for interior surfaces