Requirements include high strength to weight ratios, excellent
corrosion resistance, outstanding RF and EMI performance, high
fatigue resistance, low thermal expansion, easy integration with
bonding or fastening, and fast drillout.
CCDI’s products are engineered to excel as on-and-offshore
energy structures and tooling hardware components. Our team has
worked with multiple industry leaders to develop special
application composite products to meet a variety of difficult
requirements where other materials fail.
Down Hole Tool Components
Thick and thin walled body structures withstand high temperature
and pressure requirements of downhole applications. Depending on
requirements these parts can be left down hole or drilled out
much faster than equivalent metal components.
Exploration Instrumentation Housing (Down hole)
Non-ferrous, low electromagnetic interference properties coupled
with high strength at temperature performance make our parts
excel as instrumentation housings used for exploration.
Oil/Gas Field Support Tooling and Hardware
Swivel joints and couplings, chemically resistant piping joints
and housings, or platform/tower components that need to
withstand harsh environments and long term use with high
stiffness and excellent fatigue life from freeze/thaw to
pressure cycle applications.
Wind Turbine Towers and Components
Sails or blades shafts or high voltage isolation components, our
composite parts are ideal for wind turbine solutions.
Custom Applications
Our RnD team will work with you to develop what you need such as
cowling, conduit, couplings, ducting, heat exchangers, high
voltage insulation, blast protection, chemical shielding, or
Instrumentation components with tailored electrical performance
and more.
Excellent dimensional stability with varied temperatures
Thermal expansion between -4 to 4x10e-6
Deep sea exposure
Low temperature performance, salt water resistance, tailored
toughness
Subterranean applications
High temperature high pressure performance
Light weight parts improve handling
Composite Densities between 1.5 and 1.8 g/cc
Faster machine times
fibrous composites machine faster than metal
Chemically stable
– oils solvents caustics and acids
Excellent fatigue resistance performs after millions of
pressure/temperature cycles
|