Available in two formulas, STINGER® Water Well and STINGER® White Water, these new high performance thread lubricants are designed for drilling applications where superior resistance to wash off and ease of brushability in a wide range of temperatures are desired. STINGER® Water Well and STINGER® White Water drilling compounds provide maximum lubrication for ease of sealing, makeup and breakout.
STINGER® WHITE WATER
STINGER® White Water is an all-season, non-metallic compound for environmentally sensitive areas. Formulated from nonmetallic lubricants, rust and corrosion inhibitors, and anti-wear additives, STINGER White Water gives maximum protection against thread damage while enhancing sealing, makeup, and breakout. It washes out of clothes, provides superior resistance to wash off, and is easily brushable in a wide range of temperatures.
STINGER® WATER WELL
STINGER® Water Well is a copper-based drilling compound designed for exceptional performance. It is especially effective in lower temperature environments but has the versatility to be used year-round. STINGER Water Well is designed to provide galling and seizing protection on water well drill pipe.
New STINGER® HDD-ALL SEASON Thread Compound from BESTOLIFE® gives Horizontal Directional Drilling contractors versatility and unparalleled performance year-around. Our special formula provides galling and seizing protection and support for high bearing stress on HDD pipe joints while resisting washout, and works wonders in subzero environments. It’s easily brushable in all temperatures, even down to -40˚F, and works with most automated lubrication systems.
New STINGER® brand HDD Thread Compounds from BESTOLIFE® provide Horizontal Directional Drilling contractors with performance they can rely on in the harshest conditions. Our thread compounds come in three formulas – HDD, HDD-All Season and Enviro – and are specially formulated for use on all HDD applications. They provide unrivaled galling and seizing protection in a wide range of temperatures and environmental conditions.