HYOSUNG POKETONE · Authorized Distributor for China Authorized by Hyosung · In-house compounding
Modified POK

Glass Fibre Reinforced

JH960G3 / G6 / JH900G8 / G10

15%–50% glass fibre reinforcement that lifts stiffness and heat deflection temperature — for high-load structural parts and connectors.

01 Material Overview

Glass fibre reinforcement is the largest volume system among modified POK grades. As glass content rises from 15% to 50%, flexural modulus and heat deflection temperature climb together while shrinkage falls and dimensional stability improves.

JH960G3 (GF15%) covers general structural parts and brackets; JH960G6 (GF30%) is the workhorse reinforced grade, balancing stiffness and toughness, widely used in connectors and housings; JH900G8 (GF40%) and JH900G10 (GF50%) target high-load and thin-wall high-stiffness applications, with G10 built on a high-flow base to improve filling over long flow paths.

Glass fibre systems are markedly anisotropic: shrinkage along the flow direction differs considerably from shrinkage across it. When designing the tool, apply the separate ranges given in the TDS and consider how gate position will affect fibre orientation.

02 Included Grades

GradeFeatures / Notes
JH960G3 NC POK + GF15%, general structural parts
JH960G6 NC POK + GF30%, connectors and housings
JH900G8 NC POK + GF40%, high-load structural parts
JH900G10 NC POK + GF50%, high-flow thin-wall parts

03 Supply & Specifications

Material system POK + glass fibre
Filler loading 15% / 30% / 40% / 50%
Process Injection moulding
Colour Natural (NC)
Packaging 25 kg bag
Full properties See the TDS of the grade

* Typical values, not guaranteed specifications. For design purposes, always refer to the latest TDS of the grade concerned.

04 Properties & Applications

PROPERTIES

Glass fibre reinforced High stiffness Low warpage Heat resistant

TYPICAL APPLICATIONS

Structural brackets Connectors High-stiffness housings Thin-wall stiff parts
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Not sure which grade fits?
Tell us the operating conditions.

Temperature, media, load type, moulding process — four inputs, and we come back with a defensible grade recommendation plus the matching TDS.