Method and Device for Increasing the Force Required to Separate a Solidified Deformable Material into at Least Two Portions

A method for increasing the force required to separate a solidified deformable material into at least two portions, said method comprising the steps of:

• selecting a deformable material for a predetermined project;
• selecting multiple materials for manufacturing multiple strands of fibers for the predetermined project;
• determining if said manufactured strands of fibers include a relatively smooth surface without protuberances;
• determining if said manufactured strands of fibers include a surface having pores and/or gaps;
• selecting a treatment chemical for said manufactured strands of fibers having a relatively smooth surface from a group that includes Amino Silane, Epoxy Silane, Methacryl Silane, Alkyl Silane and combinations thereof;
• selecting a silica material for said manufactured strands of fibers having a surface with pores and gaps in the surface;
• modifying said manufactured strands of fibers having a relatively smooth surface via said selected treatment chemical, resulting in strands of fibers having a surface with protuberances;
• modifying said manufactured strands of fibers having a surface with pores and/or gaps via inserting said selected silica material into said pores and/or gaps, resulting in strands of fibers having projections extending from the surface of said of said strands of fibers;
• configuring and dimensioning said manufactured strands of fibers for said selected deformable material, thereby forming multiple fiber pellets from each manufactured fiber strand;
• configuring and dimensioning said modified manufactured strands of fibers, thereby forming multiple modified fiber pellets from each modified manufactured fiber strand;
• mixing a predetermined quantity of fiber pellets from one selected fiber strand in a sample of said deformable material, whereby fiber pellets from each selected fiber strand are ultimately mixed with a dedicated sample of said deformable material;
• allowing all fiber pellets-deformable material mixture samples to solidify;
• determining the number of impacts required to separate each sample of solidified fiber pellets-deformable material mixture into at least two portions;
• selecting the solidified fiber pellets-deformable material sample having the greatest number of impacts required to separate the respective sample into at least two portions;
• and
• mixing fiber pellets of the sample having the greatest number of impacts with said selected deformable material for the predetermined project;
• whereupon, said mixed fiber pellets of the sample having the greatest number of impacts and said selected deformable material for the predetermined project is allowed to solidify, whereby said mixture has increased the force required to separate said solidified deformable material into at least two portions.