All About tecapeek gf30 - Ensinger - Penn Fibre

80 MPa 330 C ISO 75-1/ -2 Other properties, Worth, Unit, Test Requirement, Density 1480 kg/m ISO 1183 Bulk density 690 kg/m - Processing Recommendation Injection Molding, Value, System, Test Standard, Pre-drying - Temperature 140 - 160 C - Pre-drying - Time 4 - 6 h - Processing humidity 0. 02 % - Melt temperature 390 - 400 C - Mold temperature level 180 - 210 C - Zone 1 360 - 400 C - Attributes, Processing, Injection Molding, Delivery type, Pellets, Natural Color, Applications, Automotive, IT/ Company Maker, Regional Schedule, North America, Europe, Asia Pacific, South and Central America, Disclaimer, Copyright M-Base Engineering + Software Application Gmb, H.

The user takes sole responsibility for making use of this data under the exclusion of every liability from M-Base; this is especially valid for claims of payment resulting from substantial damages. M-Base explicitly points out that any decision about the application of products must be checked with the producer of this product.

10 Simple Techniques For PEEK GF30 plastic, PEEK material and PEEK bearing grade

Source publication, This paper analyses the energy needed throughout the dry drilling of PEEK GF30, a thermoplastic material, polyether-ether- ketone, enhanced with glass fiber. 3 different types of drills are utilized, regard to material and geometry, under 9 cutting conditions based on cutting speed of 6000, 7000 and 8000 rpm, and feed rate of 300, 400 and 500 m. ... Find More Details On This Page studied the energy needed throughout the dry drilling of PEEK GF30 (polyetheretherketone) reinforced with glass fiber. ANOVA showed that the kind of drill is a more prominent factor and the optimum conditions are with the tool made from tungsten carbide with a diamond point at high cutting speeds and feed rate ...: In this paper, an effort is made to optimize the control specifications for the minimization of specific energy usage in turning GFRP composites utilizing particle swarm optimization (PSO).

The control parameters thought about are cutting speed, feed, depth of cut and fiber orientation angle. Experiments are planned and executed according to Taguchi's L 25 orthogonal range in the design of experiments on an all geared lathe with PCD cutting tool insert. A quadratic predictive model was established for particular energy consumption using RSM and the ideal combinations of control criteria were determined using PSO.

has not yet selected any galleries for this topic.