Full Auto or High Rates of Fire (HRF) (greater than 30 rounds per minute) are expressly
discouraged, unless in life threatening self-defense situations, as the ODB Titanium is a lightweight, high
performance suppressor dedicated to Low Rates of Fire (LRF), and the user should not exceed a
maximum service temperature of approximately 650°F (343°C). Once this temperature threshold is
reached, the suppressor should be allowed to cool down. Titanium Ti6AI4V has inherent material
properties which give the material a lower heat conductivity rating, and the suppressor is susceptible to
particle erosion and melting past this temperature limit. If the user notices discoloration on the exterior
discontinue use and allow it to cool down. Do not dip the suppressor in water in an attempt to cool it
down.
C.A.T recommends ODB Titanium users invest in an infrared thermometer and create their own platform
specific firing schedule, based on ammunition and barrel length. It is recommended to create this firing
schedule by shooting five round groups, with one second intervals between rounds, then testing the
temperature of the suppressor up to 550°F (288°C). At this operating temperature, the user should record
the amount of time until the suppressor returns to 150°F (65°C). This would become the baseline firing
schedule based on the user’s platform and ammunition type.
C.A.T ODB Titanium has a dedicated “waffle” style erosion interface at the end of the blast chamber. This
is a sacrificial erosion wall, and users should not be concerned if they are seeing wear, this is designed to
support the erosion caused by unburnt particulates (especially in short barrel platforms) and is designed to
protect other internal areas inside of the suppressor.
Excessive white sparking may be noticed upon first use, this is due to microscopic Titanium dust from the
Additive Manufacturing process. Over the course of use this white sparking will subside but will never fully
disappear, particularly on short barrel platforms. Titanium white sparking is separate from flash and cannot
be controlled by a flash hider or other methods, as it is a byproduct of Titanium being classed as a
reactive metal. If Titanium induced white sparking is an undesirable factor in the suppressor’s application,
C.A.T recommends the use of our Inconel 718 model offerings, as Inconel 718 doesn’t spark.