Dock Hardware DH-TM T-Male Connector Galvanized Steel 5" x 5" Base Plate


Price:
Sale price$12.00

Description

The Dock Hardware DH-TM T-Male Connector is built from 1/4" hot-dip galvanized steel to provide superior strength and corrosion resistance in marine environments. Designed as a durable floating dock hinge, this connector securely joins dock sections together while withstanding the stress of waves, tides, and long-term use.

The 5" x 5" galvanized base plate includes pre-punched 9/16" square holes (3.5" between centers) sized for 1/2" carriage bolts, ensuring quick and professional installation. Reinforced with a 3/4" welded steel ear, the DH-TM creates a rugged hinge point that is engineered for years of dependable dock performance. For maximum durability, pair this connector with the Dock Hardware DH-B Backer Plate (not included). It mates seamlessly with the Dock Hardware DH-F Female Connector or DH-TF T-Female Connector when used with the DH-PIN3 Connector Pin (not included).

Proudly made in the USA, this galvanized T-Male connector is the trusted choice for both residential and commercial dock builders who demand professional-grade reliability and long-lasting dock strength.

Item Specifics

  • Built for Marine Use: Constructed from 1/4" hot-dip galvanized steel, designed to resist rust, corrosion, and weather damage.
  • T-Male Connector Hinge: Features a 3/4" welded ear on a 5" x 5" plate, creating a strong and secure hinge point for dock connections.
  • Engineered Fit: Plate includes pre-punched 9/16" square holes (3.5" between centers), sized for 1/2" carriage bolts for professional-grade installation.
  • System Compatible: Designed to back up with the Dock Hardware DH-B Backer Plate (not included). Mates with the Dock Hardware DH-F Female Connector and DH-TF T-Female connector.
  • Reliable Performance: Withstands heavy use, wave action, and water level changes while keeping dock sections aligned and stable.
  • Made in the USA: Precision manufactured and welded, ensuring American-made quality and long-term durability.

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