Part production with reactive matrix materials and long-fibre reinforcement is known up to now for processes like long-fibre winding, tape- laying and laminates (GRP, CRP). Working with polymeric matrix materials is known in the area of glass-mat reinforced thermoplastics (GMT). The disadvan tage of the first named technologies are their long cycle times for part produc tion. The other process deals with problems like impregnation, high pressures for pressing and forming of the sheet and high temperatures to melt the ther moplastic material as a consequence of the high melt viscosity.
Get full access to this article
View all access options for this article.
References
1.
Beadmore, P. and C.F. Johnson. "The Potential for Composites in Structural Automotive Applications," Composites Science and Technology , 26:251 ff (1986).
2.
Rust, D.A. and P.R. Williams. "SRIM Composites for Energy Management Applications," 43rd Annual Conference, Composite Institute SPI, February 1-5, 1988, S. 10-F 1 ff (1988).
3.
Eckler, J.H. and T.C. Wilkinson. "Composite Manufacture Using the Reaction Injection Molding Process," 41st Annual Conference, Composite Institute SPI, January 27-31, 1986, S. 9-B 1 ff (1986).
4.
Macosko, C.W. "Insight into Molding RIM Materials," Plastics Engineering, p. 21 ff (April, 1983).
5.
Boden, H., K.W. Schulte, K. Seel and C. Weber. "Glasfaserverstärkte RIM-Polyurethane—Eigenschaften und Verfahrenstechnik ," Kunststoffe, 68(9):510 ff (1978).
6.
Mazzoni, B.C. and P. Corradi. "Equipment Developments for Polyurea and Structural RIM Processing," Polyurethanes World Congress, SPI/FSK , Sept. 29-Oct. 30, 1987, Aachen, p. 865.
7.
Mazzoni, B.C. "Equipment Update for Processing Structural RIM," 43rd Annual Conference, Composite Institute SPI, February 1-5, 1988, S. 11-F 1 ff (1988).
8.
Gonzáles, V.M. , J.M. Castro and C.W. Macosko. "Reaction Injection Mold Filling and Curing with in situ Fiberglass Mats," Soc. Plast. Eng. Tech. Papers, 39:519 ff (1981).
9.
Maier, U. and G. Menges. "Design of RIM Moulds," paper presented at the ANTEC1986, Boston, p. 1352 ff.
10.
Georgiadis, E. "Glasmattenfixierung in RIM-Werkzeugen," diploma thesis at the IKV. Supervising assistant: M. Begemann (1987).
11.
Farges, O. "Verfahrenstechnische Untersuchungen zur Herstellung von modifiziertem RIM-Polyamid mit Langfaserverstärkung," diploma thesis at the IKV. Supervising assistant: M. Begemann (1987).
12.
Linnenbrink, G. "Untersuchungen zum Werkzeugfullvorgang eines glasmattenverstärkten PUR-Systems," experimental thesis at the IKV. Supervising assistant: M. Begemann (1988).
13.
Govignon, P. "Untersuchungen zur Langfaserverstärkung mikrozellularer PUR-Systeme ," diploma thesis at the IKV. Supervising assistant: M. Begemann ( 1988).
14.
Kristen, U. "Beschreibung mechanischer Eigenschaften umformbarer Glasfaserstrukturen ," diploma thesis at the IKV. Supervising assistant: M. Begemann (1988).
15.
Begemann, M., L. Pierkes, R. Kötte and H. Hilger. "Higher Quality RIM Mouldings through New Approaches in Equipment and Process Engineering," paper presented at the 14th IKV Plastics Colloquium, Aachen, p. 179 ff (1988).