The Sani-Pak® brand is today recognized worldwide as the benchmark in aircraft lavatory chemical deodorants, and Sani-Pak® powder is the grandfather of these chemicals.  Unlike other powder products, Sani-Pak® uses two types of water soluble film for optimum solubility.  The single-use biodegradable packets are pre-measured for drop-in convenience for treatment of toilets.  Spills can be easily cleaned using a paste made up of Interior Cleaner Complete mixed with a color-safe bleach such as Oxi-Clean®.

• Unique additives package controls odors long term
• Reduces tar buildup in system lines and holding tanks
• Non-staining deep blue color
• Non-corrosive
• Easily controllable & measurable delivery method.

Sani-Pak toilet deodorant, developed over 40 years ago for military use, is recognized worldwide as the benchmark in aircraft lav chemical deodorants, and today is also used in rail, mass transit, marine, recreational vehicles and portable toilets.

Sani-Pak's key features include a non-staining deep blue color, pleasant fragrance, and a unique additives package designed to control odors and reduce tar buildup in system lines and holding tanks. All Sani-Pak products have been the industry standard for both inherent malodors and generated malodors (including ammonia generation), as well as maintaining components and mechanical parts free from tar buildup.

Unlike other products in the industry, Sani-Pak products are not based on quaternary ammonium technology (which contributes to organic tar buildup) or on high loadings of fragrance to cover or mask malodors. Instead, they are made up of a unique balance of properties that result in application performance that is both safe and effective for today's commercial airline.

Sani-Pak powder is the grandfather of lavatory chemicals. Single use water soluble packets or larger tear open tubes offer an easily controllable and measurable way to deliver the power of Sani-Pak chemical. Unlike other powder products, Sani-Pak uses two types of water soluble film for optimum solubility.