Elephant Snot Porous Surface Graffiti Remover - Quick Graffiti Removal

Descripción del producto

ELEPHANT SNOT® Porous Surface Graffiti Remover

If it is a porous surface, then ELEPHANT SNOT® Graffiti Remover is the right choice for the job. Elephant Snot® is the workhorse for the most difficult of porous surface graffiti removal requirements and recognized by graffiti removal professionals as an industry leader among graffiti removers. ELEPHANT SNOT® Graffiti Remover penetrates deeply into concrete, cement, brick, grout, stone, virtually anything porous to dissolve and loosen all types of tags, and in many cases, simple water hose pressure will do the job. Elephant Snot is also effective for paint spills on floors, spray booth oversprays, even many difficult to remove *-part paints, epoxy, urethane which can be removed effectively with ELEPHANT SNOT®. Other uses include removal of road tars, asphalt, oils, greases, gum, wax and tree sap.
Elephant Snot® by Graffiti Solutions is the leader in effective graffiti removal and one of five Graffiti Max products, each custom formulated for specific removal needs. For a more in depth look at why quick graffiti removal is key to a successful graffiti abatement program and how to use a power washer as part of the graffiti removal process, click here.

• Non-drip gel formula for easy application without messy runs and drips.
• Fast graffiti removals - clings to the surface for maximum penetration and maximum speed of removal
• Low odor with minimum or no ventilation requirement for added safety, indoors or out.
• Low voc *0 g/L
• Non-flammable, non-combustible, minimal fire hazard formulary.
• Water hose pressure removal option for "no pressure washer required" benefits.
• All temperature effective removals from freezing cold to very hot conditions *4°F (*4°C) to *0°F+ (*2°C+)

Note: For removals from all types of metals, "durable" baked on painted surfaces such as auto, bus, truck, other factory applied paints, or fiberglass use our SMOOTH MAX® Graffiti remover.

• Depending on porosity of surface **0 - **0 sq'/gallon