2" Joining Piece Set for Lo-Trim Baseboard

Argo LT2-JPS-02 Lo-Trim II Splice Set – 2" Baseboard Joining Assembly

The Argo LT2-JPS-02 Lo-Trim II Splice Set is a precision-engineered joining component designed for professional hydronic baseboard heating installations. Manufactured for use with Lo-Trim II baseboard systems, this three-piece set provides secure mechanical alignment and a clean transition between adjoining baseboard sections. Its durable galvanized steel construction and powder-coated finish ensure long-term service life and consistent performance in residential and light commercial applications.

Technical Specifications

• Product Code: LT2-JPS-02
• Manufacturer: Argo
• Model: Lo-Trim II Splice Set
• Component Type: Baseboard Joining Piece Set
• System Compatibility: Lo-Trim II Hydronic Baseboard Heating Systems
• Set Configuration: 3-piece assembly
• Baseboard Dimension: 2-inch front/back profile
• Material: Galvanized steel
• Finish: White powder coat
• Mounting Type: Snap-on installation for mechanical alignment
• Color: White

Professional Application and Performance

The LT2-JPS-02 splice set is engineered to connect Lo-Trim II hydronic baseboard sections with precise fitment and structural integrity. The galvanized steel construction provides resistance to corrosion and mechanical deformation under standard operating conditions. Its white powder-coated finish delivers surface durability and aesthetic uniformity consistent with Argo’s Lo-Trim II baseboard profiles. The three-piece configuration allows for quick installation and secure alignment without additional fasteners, maintaining both functional and visual continuity in multi-section installations. This component supports efficient field assembly, minimizing installation time and ensuring system consistency throughout the project.

Summary

The Argo LT2-JPS-02 Lo-Trim II Splice Set is a professional-grade, galvanized steel joining assembly designed for precise connection of Lo-Trim II baseboard heating sections. It offers structural reliability, corrosion resistance, and seamless integration within hydronic heating systems, ensuring consistent alignment and long-term performance.