Westlake Royal Building Products™ is launching its Royal™ Knock Down Column Wraps as a solution designed to enhance the curb appeal of homes with ease and affordability. These column wraps feature top-notch lock miter joints for straightforward assembly, allowing the product to effortlessly slide over existing columns and provide a modern aesthetic to porches and home exteriors. Westlake Royal Building Products™ crafts its offering from durable cellular PVC in order to achieve ample resistance to moisture and protect against common issues associated with traditional wood columns, such as warping, rotting, and insect damage. The offerings also boast a bright white color and smooth texture that seamlessly lends itself to a variety of exterior aesthetics.
Available in 4x4, 6x6, and 8x8 sizes, with standard lengths of 8’6” and 10’, these column wraps are delivered flat in sturdy corrugated boxes for added protection. Each piece comes with a protective film on the outer surface to ensure cleanliness and a flawless installation process.
Image Credit: Westlake Royal Building Products™
What Makes This Trend Stand Out
- Modular Architectural Enhancements
- Innovative column wraps with lock miter joints for easy assembly, offering a versatile solution to modernize home exteriors.
- Durable PVC Materials
- Utilizing cellular PVC for column wraps that resist moisture damage and provide a long-lasting alternative to traditional wood columns.
- Customizable Exterior Design
- Column wraps in various sizes and lengths, packaged securely for delivery, enabling homeowners to personalize their facade effortlessly.
Sectors Adopting This
- Home Improvement
- The use of innovative column wraps presents opportunities for enhancing home exteriors with easy-to-install and durable solutions.
- Construction Materials
- Adoption of cellular PVC in column wraps indicates a shift towards more resilient and low-maintenance materials in the construction industry.
- Packaging & Shipping
- Secure packaging solutions for column wraps showcase advancements in efficient delivery methods for building materials.
