All-purpose absorbent granulate R, for binding oils, paints, pack of 4 sacks. Supplied = assembled. Weight = 60 kg. Contents = 40 l. Delivery form = sack. Situation = reaction to leaks (emergency) Property = absorbent/soaking up. Place of use = indoor and outdoor use. Type of leakage = surface leaks, spilling. Model = universal. Oil binding agent classification = R. For media = oils, petrol, diesel etc. Frequency of use = single. Application = normal. Weight per item = 15 kg. Product type = absorbent granulates. For interior and exterior use - DEKRA tested. Binds oil, varnish, alkaline solutions, acids, diesel. No clumping and clogging - easy to sweep up after a short absorption time. Low weight ensures optimal handling - precise dispensing. 1 sack (15 kg or 40 litres) is sufficient for approx. 15 m² and absorbs approx. 11.3 litres of oil. Approved for use on traffic surfaces contaminated with oil. Can be ordered as 4 x 15 kg sacks in 2 boxes, or as 36 x 15 kg sacks on 1 Euro pallet. Highly absorbent granulate for scattering on roads and industrial floors. For the absorption of oils, water-based liquids, acids and alkaline solutions, oxidising and flammable liquid chemicals. With the suffix R due to suitability for use on traffic areas. Suitable for universal use, high absorption capacity and fast absorption. Hazard prevention and harm minimisation following spillages involving mineral oil products or other chemicals, safety in the event of leaks on roads, in industry and production. Anti-slip even on oily surfaces. Certified safety for the safe storage of liquid commodity chemicals. With three DEKRA test certificates: DEKRA tested chemical binding agent DEKRA tested oil binding agent R DEKRA tested biodiesel suitability in accordance with prEN 15366. Mineral granulate made of pure, high porous volcanic rock (pumice as a basis) , chemically neutral with high liquid absorption capacity. Classed as non-flammable, non-self igniting and non-explosive. Not to be used on bodies of water, not suitable for absorption of hydrofluoric acid.