We have developed a proprietary epoxy molding system. The system is designed to run very fast molding cycles with excellent shelf stability. Also, this system requires low transfer pressures for optimum fill properties. The material is mineral filled and fiber re-enforced and will meet a UL 94 V-O flammability. Being of this system exhibits excellent moisture protection and lead adhesion.

Vpoxy a revolutionary epoxy molding system designed to run very fast molding cycles with excellent shelf stability. Also, this system requires low transfer pressures for optimum fill properties. The material is mineral filled and fiber re-enforced and will meet a UL 94 flammability. Being of this system exhibits excellent moisture protection and lead adhesion.

Vpoxy is a soft flow mineral filled fiberglass reinforced epoxy molding compound. This material was designed to be molded in both transfer and screw injection molding equipment. Vpoxy exhibits exceptional shelf stability while still being rapid cure. Additionally, Vpoxy is considerably less abrasive than ordinary silica filled materials.

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Physical Properties*
Filler Mineral/Fiberglass
Form Granular
Bulk Density gm/cc .90
Spiral Flow (in) 30 - 40
Hot Plate Cure (sec) 30 - 40
Molded Density gm/cc 2.00
Mold Shrinkage cc/cm 0.006
Thermal Properties*
Glass Transition Temperature (Tg) 110°C
Thermal Conductivitycal/cm-sec-°C x 10⁴ 30
Max Intermittent Operation Temperature °C 210
Mechanical Properties*
Flexural Strength kg/cm2 1,100
Tensile Strength kg/cm2 750
Hardness, Shore D 90
Izod Impact kg-m/cm of notch 0.022
Electrical Properties*
Dielectric Constant, 1 KHz 4.7
Dissipation Factor, 1 KHz 0.006
Loss Factor 1 KHz 0.020
Arc Resistance, seconds 190
Dielectric Strength v/mil 450

*Values based on generic testing for this type system. Subject to revision.

Storage & Handling

Material should be stored in closed and sealed containers. Allow refrigerated material to equilibrate to room temperature before opening.

Shelf Life * @ 72º F 12 months

* Defined as a loss of flow not to exceed 40% of original.