Fibatape Fiberglass Drywall Joint Tape White 1 And 7 Eighths Inch By 300 Feet

Introducing the 1-7/8 inch by 300 feet white self-adhesive fiberglass mesh joint tape, now available at South Euclid True Value Hardware in South euclid, OH. This high-quality joint tape is designed to provide a reliable and efficient solution for drywall and plaster repairs, making it an essential tool for both professional contractors and DIY enthusiasts in South euclid. Its self-adhesive fiberglass mesh construction ensures easy application and long-lasting performance.

• Self-adhesive fiberglass mesh: Allows for quick and secure installation without the need for additional adhesives or messy compounds.


• Dimensions: Measures 1-7/8 inches wide and extends 300 feet in length, providing ample coverage for various joint and crack repairs.


• Durable white mesh: Offers excellent strength and flexibility, helping to prevent cracks and maintain smooth wall surfaces.

This fiberglass mesh joint tape is ideal for reinforcing drywall joints, patching cracks, and preventing future damage in walls and ceilings. Customers in South euclid can use this tape to achieve professional-grade finishes on remodeling projects, home repairs, or new construction. Its self-adhesive feature simplifies the process, reducing preparation time and improving overall efficiency.



Whether you are repairing minor wall imperfections or undertaking larger renovation tasks, this joint tape provides a dependable foundation for applying joint compound and achieving seamless results. It is especially useful for those in South euclid who value quality materials that enhance the durability and appearance of their walls.



In summary, the 1-7/8 inch by 300 feet white self-adhesive fiberglass mesh joint tape is a versatile and essential product for anyone working on drywall projects in South euclid, OH. Available at South Euclid True Value Hardware, this tape combines ease of use with reliable performance, making it a smart choice for maintaining and improving your interior surfaces.