MICA PRODUCTS
NOVOBOND
The Novobond range of flexible materials are intended for use as conductor, mainwall, turn or end winding insulation in high voltage rotating machines, where the 'resin rich' technique is employed. The Novobond range consists of glass fabric laminated to micapaper & bonded with various high temperature resins.
NOVOBOND F
Resin rich woven glass backed flexible micapaper composite, bonded with a 'B' stage Epoxy Novolac/Polyester hybrid resin, 155°C
NOVOBOND FA2PF1
Resin impregnated glass backed micapaper faced with polyester film, bonded with a 'B' stage modified Epoxy resin, 155°C
NOVOBOND S
Resin rich glass backed micapaper, bonded with a 'B' stage Epoxy Novolac resin, 155°C
NOVOBOND S3(PS) - HB
High bond resin rich glass backed micapaper, bonded with a 'B' stage Epoxy Novolac resin, 155°C
NOVOBOND S/OW
Resin rich open weave glass backed micapaper composite, bonded with a specially formulated 'B' stage Epoxy resin, 155°C
NOVOBOND SX
Resin rich glass backed micapaper composite, bonded with a specially formulated 'B' stage Epoxy resin, 155°C
NOVOBOND SX/OW
Resin rich open weave glass backed micapaper composite, bonded with a specially formulated 'B' stage Epoxy resin, 155/180°C
NOVOBOND SX/HB
High bond resin rich glass backed micapaper, bonded with a 'B' stage Epoxy Novolac resin, 155/180°C
NOVAFLEX
The Novaflex range of flexible materials are intended for use as conductor, turn or end winding insulation in high voltage rotating machines and furnaces. The flexibility of certain types of Novaflex allow prolonged storage for spare sets of coils. The Novaflex range consists of glass fabric laminated to micapaper & bonded with Silicone resin.
NOVAFLEX 2/PF 1/2
Glass backed micapaper, bonded with Silicone resin cured to an advanced stage, 180°C
NOVAFLEX 2
Glass backed micapaper, bonded with Silicone resin cured to an advanced stage, 180°C
NOVAFLEX 2/HB
Glass backed micapaper, bonded with Silicone resin cured to an advanced stage, 180°C
NOVAFLEX 3
Glass backed micapaper, bonded with Silicone resin cured to an advanced stage, 180°C
NOVAFLEX L
Micapaper bonded with a Silicone resin and consolidated into sheet form
NOVAFLEX LG
Glass backed micapaper, bonded with a Silicone resin
NOVAFLEX LPG
Glass backed micapaper, bonded with a silicone resin
NOVOPORE
The Novopore range of flexible materials are intended for use as main wall and overhang insulation in high voltage rotating machines and traction motors which will be subsequently processed via vacuum pressure impregnation (VPI). The temperature class is dependant on final resin impregnation. The Novopore range consists of glass fabric laminated to micapaper & bonded with a low content of various resins.
NOVOPORE 4M/2(Z)
Low resin content glass backed micapaper, bonded with a fully cured modified Epoxy resin
NOVOPORE 4M/LPG
Low bond, low resin content glass backed micapaper, bonded with a fully cured Bisphenol Epoxy resin
NOVOPORE 3M
Low resin content glass backed micapaper, bonded with an uncatalysed fully cured Bisphenol A Epoxy resin
NOVOPORE 4M
Low resin content glass backed micapaper, bonded with an uncatalysed fully cured Bisphenol A Epoxy resin
NOVOPORE 4/PF 1/2
Low resin content glass backed micapaper, bonded with an uncatalysed fully cured Bisphenol A Epoxy resin
NOVOPORE 4M/PF 1/2
Low resin content glass backed micapaper, bonded with an uncatalysed fully cured Bisphenol A Epoxy resin
NOVOPORE 4/Zn
Low bond, low resin content glass backed micapaper, bonded with a fully cured Epoxy resin with a Zinc Naphthenate accelerator
NOVOPORE 4/Zn/PF 1/2
Low bond, low resin content glass backed micapaper, bonded with an Epoxy resin and impregnated with a Zinc Naphthenate accelerator
NOVOPORE 5/30
Low bond glass backed micapaper, bonded with an uncatalysed Epoxy resin
NOVOPORE 4/30C
Low bond glass backed micapaper, bonded with an uncatalysed Epoxy resin
NOVOPORE 4/30CHS
Low resin content shrinkable polyester film backed micapaper, bonded with a Bisphenol A Epoxy resin
NOVOPORE 4/30Zn
Low resin content polyester film backed micapaper, bonded with an Epoxy resin with a Zinc Naphthenate accelerator
NOVOPORE A3Si(S)
Low resin content glass backed micapaper, bonded with a fully cured Silicone resin
NOVOFILM
The Novofilm range of flexible materials are intended for use as main wall insulation in high voltage rotating machines where the 'resin rich' technique is employed. The Novofilm range consists of polyester film laminated to micapaper & bonded with Epoxy Novolac resin.
NOVOFILM 4/1
Polyester film backed micapaper, bonded with a 'B' stage Epoxy Novolac resin, 155°C
NOVOFILM 4/1SX
Polyester film backed micapaper, bonded with a 'B' stage Epoxy Novolac resin, 155°C
NOVOFILM A4/1
Polyester film backed micapaper, bonded with a 'B' stage Epoxy Novolac resin, 155°C
ISOBOND
The Isobond range of flexible materials are intended for use as insulation in armature coils and as slot liner in medium voltage rotating machines. The Isobond range consists of glass fabric or polyester film laminated to micapaper, bonded with Isophthalate Polyester resin.
ISOBOND PF
A triplex combination of Polyester film/Micapaper/Polyester film laminate, bonded with a fully cured Isophthalate Polyester resin, 155°C
ISOBOND IA1/1
Glass backed micapaper, bonded with an Isophthalate Polyester resin to an advanced state of cure, 155°C
CONDUCTOBOND
The Conductobond range of flexible materials are intended for use as conductor or strand insulation in high voltage rotating machines and can be processed via the 'resin rich' or vacuum pressure impregnation (VPI) techniques. To assist with conductor stack bonding, film surfaces can be coated with a hot melt adhesive. The Conductobond range consists of polyester film laminated to micapaper, bonded with a modified Epoxy resin.
CONDUCTOBOND 2/23(S)
A triplex combination of Polyester film/Micapaper/Polyester film laminate, bonded with a 'B' stage modified Epoxy resin, 155°C
CONDUCTOBOND 1/1FF
A triplex combination of Polyester film/Micapaper/Polyester film laminate, bonded with a 'B' stage modified Epoxy resin, 155°C
CONDUCTOBOND 2/1FF
A triplex combination of Polyester film/Micapaper/Polyester film laminate, bonded with a 'B' stage modified Epoxy resin, 155°C
CONDUCTOBOND 2/1FFDD
A triplex combination of Polyester film/Micapaper/Polyester film laminate, bonded with a 'B' stage modified Epoxy resin, 155°C
CONDUCTOBOND 1/1MLCPF 1/2DD
A triplex combination of Polyester film/Micapaper/Polyester film laminate, bonded with a 'B' stage modified Epoxy resin, 155°C
CONDUCTOBOND AZ75/30
A triplex combination of Polyester film/Micapaper/Polyester film laminate, bonded with a fully cured modified Epoxy resin, 155°C
CONDUCTOBOND AZ75/30D
A triplex combination of Polyester film/Micapaper/Polyester film laminate, bonded with a fully cured modified Epoxy resin, 155°C
POLYMICA
The Polymica range of flexible materials are intended for the insulation of low and medium voltage rotating machines using a non-pressed system and for insulation of high voltage machine coil overhangs. Polymica can also be used to insulate rotor bars, winding joints and connections. The Polymica range consists of glass backed micapaper faced with polyester film, bonded with various resins.
POLYMICA PM1
Glass backed micapaper faced with polyester film, bonded with a fully cured Isophthalate Polyester resin, 155°C
POLYMICA PM2
Glass backed micapaper faced with polyester film, bonded with a fully cured Isophthalate Polyester resin, 155°C
POLYMICA PMA2
Glass backed micapaper faced with polyester film, bonded with a 'B' stage modified Epoxy resin, 155°C
POLYMICA PM2UD
Unidirectional glass backed micapaper faced both sides with polyester film, bonded with a fully cured Isophthalate Polyester resin, 155°C
POLYMICA PMA2UD
Unidirectional glass backed micapaper faced both sides with polyester film, bonded with a 'B' stage modified Epoxy resin, 155°C
HYPERFLAKE
The Hyperflake range of flexible materials are intended for the insulation of end windings, rotor end belt, field coils and slot liner in high voltage machines. Other applications include inter-layer insulation in lifting magnets and electric furnace windings. The Hyperflake range consists of muscovite mica No5 splittings, backed with either woven glass fabric, Isophthalate varnished glass fabric, Silicone varnished glass fabric or polyester film and then bonded to a fully cured stage with either Isophthalate Polyester or Silicone resin, 155/180°C
HYPERFLAKE PI
Hand layed mica splittings backed & faced with a choice of materials, bonded with a fully cured Isophthalate Polyester resin, 155°C
HYPERFLAKE S
Hand layed mica splittings backed & faced with a choice of materials, bonded with a fully cured Silicone resin, 180°C
RELEASE FILM
HYPERSTRIP PF
Polyester film coated on both sides with a non-migratory Silicone resin, fully cured
SEALING TAPES
HYPERSEAL
The Hyperseal range of flexible materials are intended for use as a sealing & finishing tape on a variety of electrical equipment, including endwindings in high voltage rotating machines, phase connections, transformers, coils & fractional horse power motors. Other applications include stack consolidation in high voltage rotating machine stator coils, inter-layer insulation in foil wound inductor & transformer coils & as a bonding layer in salient pole field coils & strip wound rotor coils. The Hyperseal range consists of woven polyester or glass fabric, impregnated with varios resins, 155°C
HYPERSEAL 1A
Woven polyester fabric, impregnated with a Polyester resin & supplied in a soft tacky state, 155°C
HYPERSEAL 1AG
Woven glass fabric, impregnated with a Polyester resin & supplied in a soft tacky state, 155°C
HYPERSEAL 7A
Woven polyester/glass fabric, impregnated with a 'B' stage modified Epoxy resin, 155°C
HYPERSEAL 7AR
Red pigmented version of Hyperseal 7A
HYPERSEAL M
Woven polyester fabric, impregnated with an Isophthalate Polyester resin incorporating a special filler, 155°C
HYPERSEAL NG
Woven glass fabric, impregnated with a 'B' stage catalysed Epoxy Novolac resin & supplied in a soft tacky state, 155°C
HYPERSEAL SG7/515
Woven glass fabric, impregnated with a 'B' stage catalysed Epoxy Novolac resin & supplied in a soft tacky state, 155°C
HYPERSEAL V
Polyester/glass fabric, backed with polyester film, lightly impregnated with a 155°C resin, 155°C
