Introducing TiC-Additions™ in Plastics
Modifying
of melt-compounded resins for optimizing thermoplastic properties of
strength, wear resistance, lubricity and dimensional stability is a
high-demand business. In responding to this demand, titanium
carbide [TiC] was chemically-refined into “tailored alloy systems for
engineered plastics”. This alloy refinement continues to be
proven effective in providing unrivalled abrasion resistance and
durability of resin-bonded TiC-alloyed machine-parts and
components.
To modify melt-compounded resins, the super-nano particulate
TiC-Additions™ are metered down-stream for dilution into the host resin
melt. Variable let-down ratios determine the magnitude of
composite abrasion resistance and durability. Extruded
micro-pellet output size recommended is 18-mesh [.040-inch] for
converting into the net-shape molded machine-parts, compacts and
machinable stock-shape bars.
With
modified melt-compounded resins, purpose-built industrial-parts such as
oil-field elements can be made more competitively capable of operating
in extreme conditions of abrasion, heavy loads, high-heat and friction
without the high costs related to pre-mature failure or early
replacement. Tough ceramic-like characteristics for plastics
gear-ing, bearing and sealing will enable wide-ranging, unsurpassed
part-life supremacy.
Please contact us to discuss solutions
to
under-performing
thermoplastics and the purchase of research quantities.
Contact PPM
Phone Number: 1-604-937-5530
