LITESTONE® Composite Systems
Our LITESTONE® System for Composites offers the reliability, protection and performance you need, backed by the local customer support Only Olin can provide, virtually anywhere in the world.
Our LITESTONE® System for Composites offers the reliability, protection and performance you need, backed by the local customer support Only Olin can provide, virtually anywhere in the world.
Product Name & Description | Type | EEW Based on solids (g/eq) | Viscosity @25°C (mPa.s) | Pot Life Min. | Regional Availability
APAC - Asia, Pacific
EMEAI - Europe, Middle East, Africa, India LAA - Latin America Area NAA - North America Area |
Footnote |
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LITESTONE® 1100E / 1101H
Hand-/Wet-Layup Epoxy system; fast cure |
Epoxy Composites | 100/31 (1) | NA | 50 | EMEAI, LAA, NAA | (1) Mix ratio (by weight) in PHR, (2) Mix viscosity |
LITESTONE® 1100E / 1103H
Hand-/Wet-Layup Epoxy system; long pot life |
Epoxy Composites | 100/31 (1) | NA | 500 | EMEAI, NAA | (1) Mix ratio (by weight) in PHR, (2) Mix viscosity |
LITESTONE® 1500E / 1501H
Standard Resin Infusion Epoxy system; fast cure |
Epoxy Composites | 100/32 (1) | 420 (2) | 60 | EMEAI, LAA | (1) Mix ratio in PHR, (2) Mix viscosity |
LITESTONE® 1500E / 1503H
Standard Resin Infusion Epoxy system; long pot life |
Epoxy Composites | 100/32 (1) | 330 (2) | 300 | LAA, NAA | (1) Mixing ratio in PHR, (2) Mix viscosity |
LITESTONE® 1550E / 1553H
Advanced Resin Infusion Epoxy system; due to excellent wetting and low viscosity especially recommended for Carbon Fiber Infusion; long pot life |
Epoxy Composites | 100/31 (1) | 220 (2) | 650 | LAA, NAA | (1) Mix ratio in PHR, (2) Mix viscosity |
LITESTONE® 1900E / 1901H
Mold Building/Tooling System; fast cure |
Epoxy Composites | 100/28 (1) | 415 (3) | NA | – | (1) Mixing ratio in PHR, (3) Mix viscosity @ 30 ᵒC |
LITESTONE® 1900E / 1903H
Mold Building/Tooling System; long pot life |
Epoxy Composites | 22 (1) | 300 (3) | NA | – | (1) Mixing ratio in PHR, (3) Mix viscosity @ 30 ᵒC |
LITESTONE® 2050E
Higher viscosity Filament Winding Resin for tuning system viscosity |
Epoxy Composites | 180 | 8500 | NA | EMEAI, LAA, NAA | – |
LITESTONE® 2100E / 2105H
Benchmark amine system for filament winding. Good balance of potlife and reactivity. |
Epoxy Composites | 100/30 (1) | 450 (2) | 540 | EMEAI, LAA, NAA | (1) mix ratio by weight in PHR, (2) mix viscosity |
LITESTONE® 2100E / 2117H
Toughened amine system. Offers a long pot life combined with state of the art toughening technology |
Epoxy Composites | 100/29 (1) | 400 (2) | 400 | EMEAI, LAA, NAA | (1) mix ratio by weight in PHR, (2) mix viscosity |
LITESTONE® 2130E / 2131H
Anhydride curing system developed especially for Filament Winding applications; Tg ~125°C |
Epoxy Composites | 93 – 98 (1) | 470 (2) | > 24 hours | EMEAI | (1) Mix ratio in PHR, (2) Mix viscosity |
LITESTONE® 2130E / 2142H
Toughened Anhydride curing system developed especially for Filament Winding applications; Tg ~115°C |
Epoxy Composites | 100/95 – 100 (1) | 500 (2) | > 12 hours | APAC, EMEAI, LAA, NAA | (1) Mix ratio in PHR, (2) Mix viscosity |
LITESTONE® 2210E / 2212H
Toughened anhydride curing system developed especially for Filament Winding applications; Tg ~210°C |
Epoxy Composites | 125 (1) | 1000 (2) | 12 hours | – | (1) Mixing ratio in PHR, (2) Mix viscosity |
Litestone® 3100E / 3101H
Anhydride curing system developed especially for Pultrusion applications; Tg ~120°C |
Epoxy Composites | NA | NA | NA | – | (1) Mixing ratio in PHR, (2) Mix viscosity |
Litestone® 3100E / 3102H
Industry benchmark for Epoxy Pultrusion. Optimally trimmed to combine line speed with process robustness and surface quality |
Epoxy Composites | 100/105 (1) | 1500 (2) | 720 | EMEAI, LAA, NAA | (1) mix ratio by weight in PHR, (2) mix viscosity |
Litestone® 3100E / 3103H
Anhydride curing system developed especially for Pultrusion applications; Tg ~120°C |
Epoxy Composites | 100 (1) | 1200 (2) | > 12 hours | – | (1) Mixing ratio in PHR, (2) Mix viscosity |
Litestone® 3100E / 3122H
Anhydride curing system developed especially for Pultrusion applications; Tg ~140°C |
Epoxy Composites | 103 (1) | 850 (2) | > 24 hours | – | (1) Mixing ratio in PHR, (2) Mix viscosity |
Litestone® 3170E / 3172H
Anhydride curing system developed especially for Pultrusion applications; Tg ~170°C |
Epoxy Composites | 114 (1) | 750 (2) | > 24 hours | – | (1) Mixing ratio in PHR, (2) Mix viscosity |
Litestone® 3200E / 3101H
Industry benchmark for pullwinding. The two-component formulation, compared with conventional three component systems, enables a leaner process |
Epoxy Composites | 100/92 (1) | 500 (2) | >1440 | EMEAI, LAA, NAA | (1) mix ratio by weight in PHR, (2) mix viscosity |
Litestone® 3400E / 3102H
Low viscosity version of our Industry benchmark for Epoxy Pultrusion. Optimally trimmed to combine line speed with process robustness and surface quality |
Epoxy Composites | 100/105 (1) | 800 (2) | 720 | EMEAI, LAA, NAA | (1) mix ratio by weight in PHR, (2) mix viscosity |
LITESTONE® 6130E
Ready to use resin for hot melt prepreg formulations |
Epoxy Composites | NA | 12500 (1) | NA | EMEAI, LAA, NAA | (1) at 70°C |
Litestone® VF 4330 / VF 4335
Standard system for HP-RTM and LCM. Offers extra fast curing time combined with an excellent latency and good surface quality potential. Formerly known as Voraforce 3300 series |
Epoxy Composites | 100/21 (1) | 8000 (2) | NA | EMEAI, LAA, NAA | (1) mix ratio by weight in PHR, (2) mix viscosity |
Litestone® VF 4530 / VF 4535
Standard system for HP-RTM and LCM. Offers ultra fast curing time combined with an excellent latency and good demouldability. Formerly known as Voraforce 5300 series |
Epoxy Composites | 100/16 (1) | 8000 (2) | NA | EMEAI, LAA, NAA | (1) mix ratio by weight in PHR, (2) mix viscosity |
LITESTONE® 200C
Catalyst for fine tuning reactivity and adjusting line speed |
Epoxy Composites | NA | 200 | NA | EMEAI, LAA, NAA | – |
LITESTONE® 2100E / 2142H
Toughened Anhydride curing system developed especially for Filament Winding applications; Tg ~120°C |
Epoxy Composites | 100/97-111 (1) | 500-800 (2) | > 2880 | LAA, NAA | (1) Mixing ratio (by weight) in PHR, (2) Mix viscosity |
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