Power Transmission Grid Couplings
A grid coupling consists of two flanged hubs connected by a serpentine mechanical flexible grid element. The tapered design of the grid element allows the strength of steel to drive the equipment through the full range of loading conditions, allowing for extended coupling life while maintaining similar misalignment and vibration damping capabilities of an elastomeric coupling. Let BK Industrial Solutions experienced personnel assist you with your equipment’s coupling specifications.
Contact us for a quote online, or call 409-838-1641.
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Falk Steelflex Couplings
Power Transmission Grid Couplings
Rexnord Falk Steelflex grid couplings are the industry standard grid couplings in the USA and Canada, known for durability in critical applications, proven performance and versatile design, these couplings are the most frequently specified grid coupling in North America. Their modular design reduces spare parts inventory counts required, and the replace-in-place design reduces downtime in changing elements. Used with Falk LTG (long term grease) lubricant, there is no need to re-lubricate for five years. And specified speeds allow equipment to turn up to 10,000 rpm.
Steelflex grid elements have been shown to outlast other grids, fewer replacements and inspections are needed. Fewer grid failures lengthens the usable life of the hub teeth which means Steelflex couplings, properly used, require far fewer hub replacements, saving time, money, and downtime of your equipment.

Dodge Grid-Lign Couplings
Power Transmission Grid Couplings
BK Industrial Solutions offers compact, high torque handling Dodge Grid-Lign couplings. Widely used in industry for both low-speed reducer output connections and high-speed motor shafts, Dodge Grid-Lign couplings turn pump, conveyor, and fan applications around the world. Other applications include mining, paper processing, water and wastewater equipment.
Grid-Lign tapered grid elements are manufactured with high-strength spring steel, tempered and quenched for superior isolation of vibration and to cushion shock loads and reversing loads.