Ebalta Kunststoff Gmbh AH 150IP 430
- Chemical Family
- Epoxy & Epoxy Derivatives
ebalta AH 150/IP 430 is a very low-viscosity two-component epoxy resin with high strength and high dimensional stability. Due to its good soaking and wetting properties the resin/hardener mixture is suitable for infusion and laminating of solid parts with glass or carbon fibers. The hardeners IP 25, IP 55 as well as IP 430 can be mixed with each other thus reaching pot life between 10 min. and 430 min. Please ask for our mixing table IP 25/IP 430. ebalta AH 150/IP 430 is suitable for infusions with a flow distance of more than over 1000 mm as well as for laminating thin and large-area laminates up to approx. 18 mm thickness.
Product families
Applications
- Exterior & Body
- Interior
- Other Automotive Applications
- Equipment & Parts
- Tooling & Moldmaking
- Aerospace & Aviation
- Marine
Product Families
- Epoxies
Other characteristics
- End Uses
Aerospace Applications, Aircraft Applications, Aircraft Interiors, Automotive Applications, Automotive Exterior Parts, Automotive Interior Parts, Marine Applications, Molds/Dies/Tools, Power/Other Tools
- Polymer Name
- Epoxy Resins & Compounds
- Flexural Strength
- 123.8 - 126.2 MPa
- Basis
- Infusion resin
- Markets
- Automotive & Transportation
- Industrial
- Storing
At appropriate storage 18-25°C. Occuring crystallization due to disadvantageous storage conditions can be made return by warming up the material at approx. 60° C for some hours. Opened containers should be closed immediately after use and be protected against moisture. This material should be used up as soon as possible. Shelf life is indicated on the labels
- Properties
very low viscosity good fiber wetting very long flow paths very long pot life
- Technology
- Plastics
- Material Features
- Low Viscosity
- Package Unit
1,000 kg / 5,000 kg / 25,000 kg 1,500 kg / 7,500 kg
- Processing Instruction
The temperature of material and processing should be between 18 and 25° C. The mixing of resin and hardener should be made intensively and if possible without any bubbles at room temperature. We recommend a post curing with a temperature rise of about 10°C/hour. Difficult geometries should be supported during the curing cycle. Afterwards the part should be cooled down at about 20°C/hour. At post curing 16 h/50°C a heat resistance HDT of 66°C will be reached
- Plastics and Elastomers End Uses
- Aerospace Applications
- Aircraft Applications
- Aircraft Interiors
- Automotive Applications
- Automotive Exterior Parts
- Automotive Interior Parts
- Marine Applications
- Molds/Dies/Tools
- Plastics and Elastomers Functions
- Resin
Technical data
Table 1 of 1
12 rows| Characteristic | Value | Unit | Method |
|---|---|---|---|
| Shore hardness | 85 ± 3 | Shore D | DIN ISO 7619-1 |
| Viscosity (25°C) | 250 ± 50 | mPa.s | — |
| Compressive Strength 0,75 % proof stress | 95 ± 5 | MPa | — |
| Density (20°C) | 1,13 ± 0,02 | g/cm3 | — |
| Flexural elongation at break | 5.9 ± 0.1 | % | EN ISO 178 |
| Pot Life (200g/20°C) | 300 - 430 | minutes | — |
| Flexural modulus | 3400 ± 300 | MPa | EN ISO 178 |
| Curing time at RT | 36 - 48 | Hrs | — |
| Flexural strength | 125 ± 1.2 | MPa | EN ISO 178 |
| Post Curing | 3-5 | Time in h (Temperature in °C) | — |
| Heat resistance (HDT) | 79 ± 3 | °C | DIN EN ISO 75 B |
| Impact resistance (Charpy) | 60 ± 6 | kJ/m2 | EN ISO 179 |
