FORTIF-I™ Reinforced Compounds

Plastic components often demand a high level of material strength to meet product performance requirements. In applications requiring enhanced mechanical properties, reinforcement additives are often used. When melt-blended, these additives react inside the polymer matrix to improve a range of material characteristics, including strength, dimensional stability, and impact resistance.  

PEAK is proud to offer FORTIF-I™ Reinforced Compounds, which are custom formulated and suited for a wide range of polymer profiles. Custom colors and other enhancements are also available. 

polymer Offerings 
  • Polyolefins - LLDPE, LDPE, HDPE, PP, EVA
  • Polyamides - PA 6, 6/6, 6/12, 11, 12,  blends
  • Thermplastic Elastomers - PEBA, Hytrel, SBC's, TPV
  • Polyurethanes - TPU  
  • Styrenics - PS, HIPS, ABS, SAN, SBC, ASA
  • Polycarbonates - PC, PC/ABS, Alloys
  • High Temp Materials - PSU, PPSU, PEEK, PAEK, PEI, LCP 
  • Fluoropolymers - PTFE, ETFE, PCTFE, ECTFE, FEP 
  • Medical grades
POLYMER REINFORCEMENTS 
  • Glass
  • Carbon Fiber 
  • Aramid Fiber
  • Calcium Carbonate 
  • Talc
ADDITIVES & Enhancements
  • Custom colors
  • Lubricants
  • Heat & UV stabilizers 
  • Processing aids
BENEFITS & MARKET APPLICATIONS

FORTIF-I™ Reinforced Compounds offer enhanced physical, mechanical and chemical properties, making them suitable for a broader range of applications. Cross-linking technologies can also be used in conjunction with reinforcements to further support material requirements. Together, polymer reinforcements can transform polymers into high-performance materials, making them ideal for industries like construction, automotive, electronics, and packaging. Medical grade polymers and additives can also be utilized for highly regulated applications, including vascular catheters. Formulations also are available for unique applications that require strength and stiffness, while also maintaining flexibility. 

  • Improved Strength and Stiffness: Reinforcements significantly increase tensile strength and modulus, making the material more resistant to deformation under load. 

  • Enhanced Dimensional Stability: Polymer reinforcements reduce shrinkage and warping during processing and usage.

  • Improved Impact Resistance: Fibers and fillers can dissipate energy, enhancing toughness and resistance to cracking.

  • Thermal Stability: Reinforcements raise the heat deflection temperature, making materials suitable for high-temperature applications.

  • Reduced Material Costs: Melt-blending reinforcement fillers can lower customer production costs by replacing more expensive base resins.