Enhanced TDS
Identification & Functionality
- Chemical Family
- RTU Product Type
- Technologies
- Product Families
Features & Benefits
- Labeling Claims
- Ready-to-Use Product Features
- Product Properties
- Halogen free system.
- Excellent flow properties.
- Good thermal conductivity.
- Non abrasive casting system.
- Good thermal shock resistance.
- Flammability: UL 94 V-0 (10 mm), only blue version certified
Applications & Uses
- Application Area
- Composites Processing Methods
- Product End Uses
- Markets
- Applications
Technical Details & Test Data
- Electrical Properties
Dielectric strength (2 mm specimen) IEC 60243-1 kV/mm 25 Dielectric loss factor (tan δ, 50Hz, 25℃) IEC 60250 % 11 Dielectric constant (εr, 50Hz, 25℃) IEC 60250 - 6 Volume resistivity (ρ, 25℃) IEC 60093 Ω cm 1013 Electrolytic corrosion IEC 60426 grade A/1 Tracking resistance IEC 112/79 CTI > 600 Note: Determined on standard test specimen at 23°C. Cured for 24h/RT + 6h/80°C.
- Processing Information
Gel Time, Viscosity and Curing
Mix Viscosity at 25℃ CW 5620 / HY 5611-1 Rheomat mPa.s 1700 Gel time at 25℃ CW 5620 / HY 5611-1 Gelnorm min 60 Pot life (Time to reach 5000 mPa*s) CW 5620 / HY 5611-1 Rheomat min 20 Minimum Curing Cycle 24 hours at RT or 6 hours at 80℃ Preparation
- ARATHANE® CW 5620 contains fillers, which tend to settle over time.
- It is therefore recommended to carefully homogenize the complete contents of the container before use.
- In the storage vessels of the production equipment, the pre-filled products should be stirred up from time to time to avoid sedimentation and irregular metering.
Mixing
- The casting mix is best prepared by heating the resin up to 40 – 50 °C before stirring in the hardener.
- Brief degassing of the mix under 5 – 10 mbar vacuum improves the mixture homogeneity and enhances the dielectric properties of the castings.
Curing
- To determine whether cross-linking has been carried to completion and the final properties are optimal, it is necessary to carry out relevant measurements on the actual object or to measure the glass transition temperature.
- Different gel and cure cycles in the customer’s manufacturing process could lead to a different degree of cross-linking and thus a different glass transition temperature.
Processing Methods
- Casting / impregnating.
- Manually or with automatic mixing and dosing equipment.
- Mechanical & Physical Properties
Mechanical and Physical Properties (Guideline Values) Glass transition temperature ISO 6721 ℃ - 30 Shear modulus ISO 6721 MPa - 200 Max. service temperature IEC 60085 - - Class B Relative temperature index RTI UL 746B ℃ E96722 130 Tensile modulus ISO 527 MPa - 30 Tensile strength ISO 527 MPa - 8 Elongation at break ISO 527 % - 65 Thermal linear coefficient Alpha 1 ISO 11359-2 ppm/K - 65 Thermal linear coefficient Alpha 2 ISO 11359-2 ppm/K - 160 Thermal conductivity ISO 8894-1 W/mK - 0.5 Hardness DIN 53505 Shore A / D - 90 / 50 Flammability UL 94 Blue color E96722 V-0 (10 mm) Water absorption ISO 62/80 1 day at 23°C - % by wt. 0.15 10 days at 23°C - % by wt 0.5 30 min at 100°C - % by wt 0.33 Note: Determined on standard test specimen at 23°C. Cured for 24h/RT + 6h/80°C
Storage & Handling
- Storage Conditions
- Store the components in a dry place according to the storage conditions stated on the label in tightly sealed original containers.
- Under these conditions, the shelf life will correspond to the expiry date stated on the label.
- After this date, the product may be processed only after reanalysis.
- Partly emptied containers should be tightly closed immediately after use.
- HY 5611-1 must be protected from moisture.
- Storage tanks should be blanketed with dry air or nitrogen.
- Storage at temperatures above 50°C is not recommeded, since this can lead to the formation of insoluble solids and also the viscosity buid-up increases on extended storage.
- Storage at low temperature is not recommeded because it may lead to some crystallisation.
- Crystallised material must be melted out immediately by short time heating.