Laminated - Import export

ISOVAL® 11 HKB is prepared from glass fabric impregnated with a special tracking resistant epoxy resin. Laminates exhibit excellent thermal and chemical resistance as well as high mechanical strength at elevated temperatures.

Phenol / melamine laminate, reinforced with layers of glass cloth, having a tracking resistant decorative surface.

INBORD® E is a phenole/melamine laminate having a decorative tracking resistant surface and good mechanical and dielectrical properties as well as adequate arc resistance. The phenolic paper core is similar to PF CP 203 according IEC 60893 and Hp 2061.6 according DIN 7735. The thickness of the melamine laminate is 0,25 mm, the temperature index is E (120°C).

ISOVAL® 11 is prepared from glass fabric impregnated with the temperature resistant version of the ISOVAL® epoxy system. Laminates exhibit excellent thermal and chemical resistance as well as high mechanical strength at elevated temperatures.

ISOVAL® 10 R is an epoxy based glassroving laminate with excellent compressive strength and low thermal conductivity even at elevated temperatures and with a limiting temperature of 180°C

ISOCARBON® is a rigid carbon reinforced epoxy laminate which covers a broad spectrum of applications with the resin systems developed by ISOVOLTA AG. ISOCARBON® with the high temperature resisting epoxy resin ISOPREG® KB allows applications up to 200°C.

CONTAVAL® M AM 01 is a laminate consisting of thin glass mat, epoxy resin with conductive additives and PTFE.

CONTAVAL® M AM is a laminate consisting of glass mat, epoxy resin with conductive additives and PTFE.

ISOVAL® R is prepared from glass rovings impregnated with the temperature resistant version of the ISOVAL® epoxy system. Laminates exhibit excellent thermal and chemical resistance as well as high mechanical strength at elevated temperatures.

ISOVAL® 11 is prepared from glass fabric impregnated with the temperature resistant version of the ISOVAL® epoxy system. Laminates exhibit excellent thermal and chemical resistance as well as high mechanical strength at elevated temperatures.

The ISOPREG® HT resin was especially designed for adhesive applications in ski industry and shows an excellent peel strength against Titanal, Aluminium and PE. The high reactive resin with excellent storability is mostly used for pressing applications. ISOPREG® HT Prepregs are available from dry to tacky.

ISOVAL® A is prepared from glass fabric impregnated with the standard version of the ISOVAL® epoxy system. Laminates exhibit high mechanical strength with good dynamic properties up to 120°C, very good chemical resistance as well as excellent thermal endurance properties up to 155°C. The fine glass fabric combined with a special epoxy resin gives a very smooth surface and enables finest drillings to be done.

The ISOPREG® KB resin system is an epoxy G11 system by Isovolta which has a long term temperature resistance of 200°C. The reactive resin with good storability is used for high pressure laminating. Isopreg® KB Prepregs are only available with dry tack.

The ISOPREG® HT resin was especially designed for adhesive applications in ski industry and shows an excellent peel strength against Titanal, Aluminium and PE. The high reactive resin with excellent storability is mostly used for pressing applications. ISOPREG® HT Prepregs are available from dry to tacky.

MAGNOVAL® 2232 consists of glass cloth, iron powder and a high temperature resistant epoxy resin.

MAGNOVAL® 2067 consists of glass cloth, iron powder and a modified epoxy resin.

S-BORD 1226 is a phenol laminate with green melamine surfaces, similar to PF CP 203 according IEC 60893. The thickness of the melamine surface is approx. 0.1 mm.

S-BORD 1207 is a black coloured modified phenolic paper based laminate similar to PF CP 203 according to IEC 60893.

S-BORD 1202 is a brown phenolic paper based laminate similar to PF CP 203 according to IEC 60893

ISOVAL® A is prepared from glass fabric impregnated with the standard version of the ISOVAL® epoxy system. Laminates exhibit high mechanical strength with good dynamic properties up to 120°C, very good chemical resistance as well as excellent thermal endurance properties up to 155°C. The fine glass fabric combined with a special epoxy resin gives a very smooth surface and enables finest drillings to be done.

ISOVAL® 11 HKB is prepared from glass fabric impregnated with a special tracking resistant epoxy resin. Laminates exhibit excellent thermal and chemical resistance as well as high mechanical strength at elevated temperatures.

ISOVAL® 11 is prepared from glass fabric impregnated with the temperature resistant version of the ISOVAL® epoxy system. Laminates exhibit excellent thermal and chemical resistance as well as high mechanical strength at elevated temperatures.

VOLTIS® Hgw 2083 is a phenolic woven cotton fabric laminate conforming PF CC 203 acc.IEC 60893. For this type a fine weave (≥ 30 threads/cm) is used.

VOLTIS® Hgw 2082 is a phenolic woven cotton fabric laminate conforming PF CC 201 acc. IEC 60893.

VOLTIS® Hgw 2082.5 CE is a phenolic woven cotton fabric laminate conforming PF CC 202 acc. IEC 60893 and CE acc. NEMA LI 1.

VOLTIS® Hgw 2082 LF is a phenolic cotton laminate with a special filler inside to decrease the friction.

VOLTIS® Hgw 2082 is a phenolic woven cotton fabric laminate conforming PF CC 201 acc. IEC 60893.

Phenole/melamine laminate having a tracking resistant decorative surface. INBORD® M is generally a mechanical grade and for lower electrical requirements (low voltage applications up to 1000 volts). The core meets PF CP 201 according IEC 60893 and Hp 2061 according DIN 7735. Thickness of the melamine laminate 0,1 mm. The temperature Index is E (120°C).

CONTAVAL® 2017 is a laminate consisting of E-glass fabric, graphite and epoxy-resin and is used e. g. as a conductive slot filler in machines and also as soldering bath carriers for printed circuits. CONTAVAL® 2017 has excellent mechanical properties and shows conductivity parallel and perpendicular to the layers as well as high chemical and temperature resistance.