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References

Albertson CE, Nibert RK (1984) US Patent 4,477,605 A. USPTO Anderson JN, Santosa M (1985) US Patent 4,530,881 A. US/EP

Auinger T, Stadlbauerl W (2010) Increasing modulus and impact strength of high, medium and low filled submicronized wollastonite/polypropylene masterbatch compounds by injection moulding process. In: Proceedings of the polymer processing society 26th annual meeting - PPS-26, Polymer Processing Society, Banff Beisele C (1999) US Patent 6,001,902 A. USPTO

Carr DD (1994) Industrial minerals and rocks. Society for Mining, Metallurgy, and Exploration, Littleton

Chu J, Xiang C, Sue H-J (2000) Scratch resistance of mineral-filled polypropylene materials. Polym Eng Sci 40:944-955

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HPF - The Mineral Engineers (2008) Use of TREMIN 939 in friction linings. HPF - The Mineral Engineers, Frechen

HPF - The Mineral Engineers (2009) Unpublished results from DESIGNOBERFLACHEN II Kunststoffinstitut Ludenscheid. HPF - The Mineral Engineers, Frechen HPF - The Mineral Engineers (2010) Duroplaste/thermosets. HPF - The Mineral Engineers, Frechen

HPF - The Mineral Engineers (2011) Elastomers. HPF - The Mineral Engineers, Frechen HPF - The Mineral Engineers (2012) Special silicates in technical compounds. HPF - The Mineral Engineers, Frechen

HPF - The Mineral Engineers (2013) Mechanical and electrical data of epoxy-composites for mid voltage applications. HPF - The Mineral Engineers, Frechen Jacobson RE, Caulfield DF (2003) Hybrid composites: combining cellulose fibers and wollastonite mineral fibers into a nylon 6 matrix. In: The seventh international conference on woodfiber- plastic composites. Forest Products Society, Madison jarvela P (1986) Polyamide 6/wollastonite composites: strength properties and their dependence on humidity and temperature. J Mater Sci 21:4193-4198 Nolte-Ernsting B (2004) Wollastonit - ein Hochleistungsfullstoff. Kunststoffe 9:261-263 R.T. Vanderbilt Company, Inc. Micro-acicular wollastonite in thermoplastics. R.T. Vanderbilt Company, Norwalk

Robinson SM, Sheridan MF (2002) The advantages of wollastonite, a non-traditional filler, in fluorohydrocarbon (FKM) elastomers. In: Meeting of the rubber division, American chemical society (S. paper 16), American Chemical Society, Savannah Shen J, Ji G (1993) Effect of filler size and surface treatment on impact and rheological properties of wollastonite-polypropylene composite. J Mater Sci Lett 12:1344-1345 Spero AR, Merchant D (2006) www.dtic.mil. Abgerufen am von. http://www.dtic.mil/cgi-bin/ GetTRDoc?AD=ADA449112. Accessed 8 Mar 2013 Stamm B (1996) Filled and reinforced thermoplastic polyolefins towards engineering applications. In: Functional fillers 1996. Intertech conferences, Portland/Houston

Svab I et al (2005) The adhesion phenomena in polyprapylene/wollastonite composites. Acta Chim Slov 52:264-271

Virta RL (2013) U.S. geological survey, mineral commodity summaries. USGS Publishing, Reston, VA, USA

Xian G, Walter R (2006) Comparative study of the mechanical and wear performance of short carbon fibers and mineral particles (Wollastonite CaSiO3) filled epoxy composites. Wiley InterScience 44(5):854-863

Zilles JU (2010) Improvement of material characteristics with high performance fillers. In: Minerals in compounding. AMI Plastics, AMI LLC, Atlanta

Zilles JU, Nolte-Ernsting B (2005) HAR wollastonite fiber functional fillers. In: SPE conference 2005, Society of Plastics Engineers, Aachen

 
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