Engine oils for combustion engines - Import export

for testing e.g. high-speed internal combustion engines as chain saw engines low-speed internal combustion engines with one or few cylinders

K2 TEXAR 5W-40 XV-C3 5L synthetic engine oil developed and manufactured using the latest NANOTECH technology. Contains the highest quality compositions PAO (Poly-Alpha-Olefins). Recommended for the latest automobiles provided with solidparticle filters and three-way catalysts. Enables extension of the inter oil change periods (Long Life-type oil). Enables to reduce the fuel consumption up to 2,5% and reaches critical lubrication points faster than semisynthetic or mineral oils. Guarantees a trouble-free engine start at very low temperatures (even -35°C). Keeps the engine clean. Recommended for gasoline and Diesel engines, cars and delivery vans with or without turbo-compressor, independently of engine wear degree. Meets the requirements of ACEA C3, API SN/CF, VW 505.01 502.00, BMW LL-04, MB 229.31 229.51 226.5, PORSCHE A40, GM DEXOS 2, RN0700/0710, FORD 917A.

VIRGINOIL SAE 5W-30 FULL SYNTHETIC MOTOR OIL is a superior quality multi-grade motor oil designed with a state-of-the-art low friction additive system for maximum engine protection even under the toughest driving conditions. It outperforms conventional motor oil, reduces friction and wear at start-up and protects your engine against performance robbing sludge and varnish deposits. VIRGINOIL Full Synthetic Motor Oil is recommended for turbo-charged and high-powered passenger car, light duty truck, sport utility vehicle and other mobile and stationary engines. VIRGINOIL SAE 5W-30 FULL SYNTHETIC MOTOR OIL meets or exceeds car manufacturers’ ILSAC GF-5 and American Petroleum Institute (API) Resource Conserving SN service classifications and is backwards compatible with all earlier API categories. VIRGINOIL Full Synthetic 5W-30 has been field tested to be comparable to most American, Asian and European manufacturers’ standards including ACEA A1/B1 &A5/B5, GM 6094M, Chrysler MS 10797,