Company Description

Painter's Alley is a trusted and reputable business that offers a comprehensive range of paints, stains, and clear finishes to customers in Oak Harbor, Anacortes, and Freeland. As an authorized retailer of top-quality brands such as Benjamin Moore Paints, General Finishes, and Ready Seal Stain, we provide our customers with the highest quality products that are designed to meet their specific needs.

One of the key advantages of choosing Painter's Alley is our commitment to competitive pricing. We understand the importance of providing our customers with value for their money, and we strive to offer reasonable prices without compromising on the quality of our products. Whether it's interior or exterior paint, wood stain, or a clear finish, you can trust us to provide you with affordable options that will help you achieve your desired result.

At Painter's Alley, we believe that color plays a vital role in transforming a space. That is why we take pride in our expert color matching service. Our knowledgeable staff members have a keen eye for detail and are well-versed in color theory. Whether you're looking to match an existing color or create a new one, we can help you find the perfect shade that suits your style and preferences.

With three convenient locations in Oak Harbor, Anacortes, and Freeland, Painter's Alley is easily accessible to our customers. Our store in Oak Harbor is located at 31570 SR 20 #101, while our Anacortes location can be found at 2615 Commercial Ave. For customers in Freeland, we are located at 1796 E Main. Each of our stores is fully stocked with a wide variety of paints, stains, and clear finishes, ensuring that you will find everything you need for your painting projects.

When you choose Painter's Alley, you can expect exceptional customer service, high-quality products, competitive pricing, and expert color matching. Visit us today or give us a call at 360-279-0723 (Oak Harbor), 360-293-3162 (Anacortes), or 360-331-0828 (Freeland) to experience the Painter's Alley difference for yourself.