S C Johnson Wax 10109 Max Gel Clog Remover 128 Oz

Product Description

The S C Johnson Wax 10109 is a commercial-line drain clog remover formulated as a thick gel that sinks through standing water to reach the clog directly. It contains 35% more active ingredients than standard consumer drain formulas and is rated to work in as little as 15 minutes. The gel dissolves hair, grease, soap scum, and other common blockages found in residential and light commercial drain lines. At 128 oz per container, this size is suited to facilities maintenance, multi-unit plumbing service, and high-volume drain service applications. The formula is stated to be safe on pipes.

This product is appropriate for use in floor drains, sink drains, shower and bathtub drains, and similar gravity-drain plumbing in residential and commercial settings. Plumbers, facilities maintenance technicians, and drain service professionals typically stock this size for repeated service calls or building maintenance rounds. It fits the Drain Openers category and is sold individually per container with a minimum order quantity of 4 units.

Key Features

• 35% more active ingredients than regular consumer drain formulas
• Thick gel sinks through standing water to reach the clog at its source
• Works in as little as 15 minutes
• Dissolves hair, grease, soap scum, and other common drain blockages
• Stated safe for use on pipes
• Large 128 oz commercial container suited to multi-use service applications

Compatibility

Designed for use in standard gravity-drain plumbing including sink, shower, bathtub, and floor drains in residential and light commercial applications.

Installation Notes

This is a chemical drain treatment applied by licensed plumbers or qualified maintenance personnel. Follow all label directions and applicable safety data sheet guidelines before handling. Wear appropriate personal protective equipment including chemical-resistant gloves and eye protection. Do not mix with other drain chemicals, bleach, or cleaning agents, as hazardous reactions may result.