Kiarixo Adjustable Pipe Stand for Welding 28"-52" V Head Pipe Jack Stand

Kiarixo Adjustable Pipe Stand for Welding 28"-52" V Head Pipe Jack Stand

• ? 2500 lbs True Load Capacity—Keeps Pipes and People Safe: Engineered with thick-walled #45 carbon steel, each stand reliably supports up to 2500 lbs. Heavy pipes—whether 12-inch steel, iron, or alloy—remain fully stable during welding, cutting, and assembly. This eliminates the risk of tipping, structural failure, and workplace injuries, meeting demanding industrial safety standards.
• ? 28-52 Inch Height Adjustment—Work Comfortably, Anywhere: A broad 24-inch adjustment range allows precise pipe positioning, whether on ground level, trenches, or platforms. The set screw locking system and tension knob allow quick, tool-free height changes. Workers can always achieve the correct ergonomic stance, reducing back strain and allowing one stand to handle multiple jobsite scenarios.
• ? Universal Pipe Range (1/8"–12")—Versatile for Every Task: The V-head securely cradles pipes from small copper lines to large-bore gas or water pipes without changing heads or adapters. This saves setup time, eliminates the need for multiple stands, and streamlines material transitions during complex installations or repairs.
• ? V-Head Stability—Prevents Rolling and Slipping: The steel V-head grips round pipe firmly in place, preventing sideways roll and slippage. Pipes stay steady and hands-free, improving weld accuracy and reducing costly misalignment with every joint.
• ? Rugged #45 Steel Body with Anti-Corrosion Finish—Built To Last: High-carbon #45 steel frame and legs withstand daily abuse from heavy loads, drops, and harsh environments. The anti-rust coating protects against moisture, oil, and weld spatter, maintaining structural strength and a long working life even in field operations.
• ? Wide-Spread Feet—Stable, Slip-Resistant Performance: Three steel legs with anti-slip pads keep the stand stable on concrete, dirt, or uneven ground. The wide base prevents tipping or wobbling, even under heavy lateral pressure.