HYDROPOWER COMPOSITE SOLUTIONS
Columbia Industrial Products is the leading manufacturer of environmentally friendly, self-lubricating composite bearings and wear pads designed to replace greased bronze components inside various turbine designs, gates and valves, and auxiliary equipment found in hydropower. CIP Hydro™ material is a composite solution for the hydropower industry that provides the perfect balance of performance, availability, and cost to satisfy the most rigorous demands of your hydropower generation project, no matter the schedule or scale.
We are equipped to provide our hydropower customers with quality assurance, formal documentation, and products that will perform for decades in various environments. Columbia Industrial Products has built a solid reputation with the US Army Corps of Engineers, utilities, and contractors, providing high-quality bearing products.
SUPPORT
- Application support and tailored solutions
- Custom CIP bearing design calculation report
- Machining and installation guidance
CUSTOMER EXPERIENCE
- Reputation for providing superior customer service
- Best lead times with the ability to rush orders
- No minimum quantities required
There are a variety of failure critical hydropower applications where CIP Hydro provides an advantage to eliminate lubrication and maintenance requirements both inside the hydroelectric turbine and on the dam structure and equipment.
inside hydroelectric turbine
- Long wear life, ideal for oscillatory motion operating in either a dry or submerged environment.
- Removal of complex greasing systems and improved frictional performance.
- Water lubricated guide bearings provide proven solution to transition from oil lubricated systems.
dam structure and equipment
- Intermittently operated structures benefit from this self-lubricating material that can support the loading and not degrade over time.
- CIP Hydro bushings can sit static for extended periods with smooth transition to motion.
- An environmentally friendly solution eliminates contamination of the water streams from components going in and out of the water, eliminating the risk of loss of lubrication.
MATERIAL BENEFITS
- Environmentally friendly
- Self-lubricating
- High edge and shock load capabilities
- Low coeffecient of friction
- Negligible water swell
- Low thermal expansion

