Elbow Grease Original Cream 4oz Personal Lubricant

The Original Classic Since 1979

Elbow Grease Original Cream has earned its legendary status as one of the most trusted personal lubricants in North America. This thick, creamy formula delivers exceptional cushioning and an ultra-smooth glide that serious users have relied on for over four decades. The 4oz (118ml) jar contains a rich, petroleum-based cream formulated for maximum staying power and friction-free comfort during extended sessions.

Key Features

• Extra-thick cream formula provides superior cushioning and long-lasting glide without breaking down or drying out
• Petroleum-based formulation ensures maximum longevity—a little goes a very long way, making this jar last through many sessions
• Smooth, non-greasy texture melts into a silky consistency with body heat for comfortable application
• 4oz (118ml) convenient jar allows for easy access and portion control
• Classic American brand manufactured to consistent quality standards since 1979
• Fragrance-free and gentle on skin with minimal ingredients
• Water-resistant properties mean it won't wash away easily, ideal for shower or bath play
• Excellent for massage and full-body application beyond intimate use

Texture & Performance

The thick cream consistency sits between a traditional oil-based lube and a heavy lotion. It provides substantial cushioning that creates a protective barrier, reducing friction significantly during use. The formula warms and softens with body heat, spreading smoothly without feeling sticky or tacky. Users appreciate that it doesn't require frequent reapplication—this is a true long-lasting lubricant designed for extended comfort.

Compatibility Note

NOT compatible with latex condoms or latex barriers—the petroleum base will degrade latex materials. Safe for use with polyurethane and polyisoprene condoms. Compatible with most non-porous sex toys including glass, metal, and hard plastic. Not recommended for use with silicone toys as petroleum products may affect some silicone surfaces over time.