Kingmore Teardrop 20' Pallet Rack Uprights (14ga., 8X8" Baseplate, 23,100 lb Cap. @ 48'' shelf spacing)

H240" Kingmore Teardrop Upright Frames

Heavy-duty teardrop pallet rack uprights designed to maximize warehouse storage capacity and safely support palletized inventory. These industrial rack frames provide the strength and stability needed for high-density warehouse storage systems, distribution centers, manufacturing facilities, and commercial storage applications.

Built with durable 14-gauge steel and heavy-duty welded construction, Kingmore uprights are engineered to handle demanding warehouse environments while maintaining excellent load capacities.

Use two uprights to create a new pallet rack section or a single upright to expand an existing row of pallet racking as your storage needs grow.

Product Specifications

• Brand: Kingmore
• Height: 240" (20')
• Available Depths: 42" or 48"
• Frame Gauge: 14 Gauge Steel
• Beam Connection: Teardrop Style
• Baseplate: 8" x 8" Welded Steel Baseplate
• Capacity: 23,100 lbs per frame at 48" beam spacing
• Finish: Powder Coated
• Compatibility: Works with most major teardrop pallet rack beam brands

Applications

Ideal for:

• Warehouse pallet racking systems
• Distribution centers
• Manufacturing facilities
• Bulk inventory storage
• Commercial storage applications
• Industrial shelving systems

Features

✔ Available in 42" and 48" frame depths

✔ Kingmore teardrop design

✔ 23,100 lb capacity at 48" beam spacing

✔ Heavy-duty 14-gauge steel construction

✔ Large 8" x 8" welded baseplates for increased stability

✔ Compatible with most standard teardrop pallet rack beams

✔ Supports wire decking, pallets, and bulk storage

✔ Ideal for warehouse expansions and new installations

Complete Your Storage System

Pair these uprights with our teardrop pallet rack beams and wire decking to create durable, high-capacity storage levels for palletized inventory and warehouse products.

Maximum Rated Capacity: 23,100 lbs per frame at 48" beam spacing. Capacity may vary based on beam spacing, rack configuration, seismic requirements, and installation conditions. Always consult load charts and local codes before installation.