
PLYWOOD BIRCH 3/4 PRIMED WH 1 SIDE 48"X96"
Streamline your production and finishing workflow with USPLY™ Primed White Birch Plywood. This premium-grade panel features a factory-applied, high-quality white primer on one side, providing a perfectly smooth, ready-to-paint surface right out of the crate.
Crafted with a durable and stable multi-layer birch core, this 3/4-inch panel is engineered to minimize prep time, reduce paint absorption, and deliver a flawless, high-end painted finish. It is the ultimate solution for professional cabinet makers, finish carpenters, and millwork shops looking to maximize efficiency without compromising on structural integrity.
Original: $60.85
-65%$60.85
$21.30More Images

PLYWOOD BIRCH 3/4 PRIMED WH 1 SIDE 48"X96"
Streamline your production and finishing workflow with USPLY™ Primed White Birch Plywood. This premium-grade panel features a factory-applied, high-quality white primer on one side, providing a perfectly smooth, ready-to-paint surface right out of the crate.
Crafted with a durable and stable multi-layer birch core, this 3/4-inch panel is engineered to minimize prep time, reduce paint absorption, and deliver a flawless, high-end painted finish. It is the ultimate solution for professional cabinet makers, finish carpenters, and millwork shops looking to maximize efficiency without compromising on structural integrity.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Streamline your production and finishing workflow with USPLY™ Primed White Birch Plywood. This premium-grade panel features a factory-applied, high-quality white primer on one side, providing a perfectly smooth, ready-to-paint surface right out of the crate.
Crafted with a durable and stable multi-layer birch core, this 3/4-inch panel is engineered to minimize prep time, reduce paint absorption, and deliver a flawless, high-end painted finish. It is the ultimate solution for professional cabinet makers, finish carpenters, and millwork shops looking to maximize efficiency without compromising on structural integrity.
























