Enhanced TDS
Identification & Functionality
- Chemical Family
- RTU Product Type
- Technologies
- Product Families
Features & Benefits
- Ready-to-Use Product Features
- Key Properties
- Low viscosity, easy impregnation of reinforcement materials.
- Long pot life (2 hours for 100 ml at ambient), ample processing time allows production of big objects.
- High temperature resistance (glass transition temperature) after ambient cure: 60 °C, after post-cure at 100:120 °C.
- Excellent mechanical and dynamic properties after ambient cure with potential for even higher properties after post-cure at elevated temperatures.
- Also laminates show outstanding mechanical and dynamic properties. This system is qualified by the Luftfahrtbundesamt (German Aircraft Authority) for the production of gliders.
Adequate skin protection is indispensable.
- Features and Benefits
- Low viscosity, easy impregnation of reinforcement materials.
- Long pot life (2 hours for 100 ml at ambient), ample processing time allows production of big objects.
- High temperature resistance (glass transition temperature) after ambient cure: 60 °C, after post-cure at 100:120 °C.
- Excellent mechanical and dynamic properties after ambient cure with potential for even higher properties after post-cure at elevated temperatures.
- Also laminates show outstanding mechanical and dynamic properties. This system is qualified by the Luftfahrtbundesamt (German Aircraft Authority) for the production of gliders.
- Adequate skin protection is indispensable.
Applications & Uses
- Application Area
- Composites Processing Methods
- Product End Uses
- Markets
- Applications
- Applications
Aerospace and industrial composites, tooling, aircraft repair
- Application Details
Aerospace and industrial composites, tooling, aircraft repair
Properties
- Physical Form
Regulatory & Compliance
- OEM Specifications
Technical Details & Test Data
- Processing Data
- Wet lay-up
- Resin Transfer Moulding (RTM)
- Pressure Moulding
- Filament Winding
- Typical Cured Properties
Property
Value
Unit
Test Method
Condition
Initial Mix Viscosity at 64 °F
1150 - 1350
[cps]
ISO 12058-1
64 °F
Initial Mix Viscosity at 77 °F
500 - 700
[cps]
ISO 12058-1
77 °F
Initial Mix Viscosity at 104 °F
200 - 250
[cps]
ISO 12058-1
104 °F
Viscosity Buildup at 77 °F
to 1500
[cps]
ISO 12058-1
77 °F
Viscosity Buildup at 77 °F
to 3000
[cps]
ISO 12058-1
77 °F
Viscosity Buildup at 104 °F
to 1500
[cps]
ISO 12058-1
104 °F
Viscosity Buildup at 104 °F
to 3000
[cps]
ISO 12058-1
104 °F
Viscosity Buildup at 140 °F
to 1500
[cps]
ISO 12058-1
140 °F
Viscosity Buildup at 140 °F
to 3000
[cps]
ISO 12058-1
140 °F
Viscosity Buildup Time at 77 °F
50 - 60
[min]
ISO 12058-1
77 °F
Viscosity Buildup Time at 77 °F
90 - 110
[min]
ISO 12058-1
77 °F
Viscosity Buildup Time at 104 °F
40 - 45
[min]
ISO 12058-1
104 °F
Viscosity Buildup Time at 104 °F
50 - 60
[min]
ISO 12058-1
104 °F
Viscosity Buildup Time at 140 °F
15 - 18
[min]
ISO 12058-1
140 °F
Viscosity Buildup Time at 140 °F
18 - 22
[min]
ISO 12058-1
140 °F
Pot Life at 64 °F
280 - 320
[min]
TECAM, 100 mL, 65 % RH
64 °F
Pot Life at 77 °F
110 - 160
[min]
TECAM, 100 mL, 65 % RH
77 °F
Pot Life at 104 °F
45 - 55
[min]
TECAM, 100 mL, 65 % RH
104 °F
Gel Time at 77 °F
420 - 500
[min]
Hot Plate
77 °F
Gel Time at 104 °F
150 - 170
[min]
Hot Plate
104 °F
Gel Time at 104 °F
40 - 55
[min]
Hot Plate
104 °F
Gel Time at 176 °F
14 - 17
[min]
Hot Plate
176 °F
Gel Time at 212 °F
4 - 6
[min]
Hot Plate
212 °F
Gel Time at 248 °F
2 - 3
[min]
Hot Plate
248 °F
Gelation Start at 23 °C
5 - 6.5
[h]
-
Thin layers (0.4 - 0.7 mm)
Gelation End at 23 °C
7 - 8
[h]
-
Thin layers (0.4 - 0.7 mm)
Typical Cure Cycle 1
-
-
-
1 day 23 °C + 15 h 50 °C
Typical Cure Cycle 2
-
-
-
1 day 23 °C + 4 h 100 °C
The values shown are for small amounts of pure resin/hardener mix. In practice, fiber content and laminate thickness may modify the gel time to a very significant extent. In composite structures the gel time can differ significantly from the given values depending on the fiber content and the laminate thickness.
- Cured Reinforced Formulation Properties
FLEXURAL TEST
(ISO 178)
Samples: 16 layers (4 mm)
E-glass fabric 1:1, 280-300 g/m2
Fiber volume content: 45 - 46 %
Cure: 10 h 176°FProperty Value Unit Test Method Condition Flexural Strength (Unconditioned) 63.8 - 71.1 [Ksi] ISO 178 Unconditioned Elongation at Flexural Strength (Unconditioned) 2.7 - 3.0 [%] ISO 178 Unconditioned Ultimate Strength (Unconditioned) 60.9 - 66.7 [Ksi] ISO 178 Unconditioned Ultimate Elongation (Unconditioned) 2.9 - 3.2 [%] ISO 178 Unconditioned Flexural Modulus (Unconditioned) 2900 - 3190 [Ksi] ISO 178 Unconditioned Flexural Strength (After 30 days in H2O 73°F) 55.1 - 58.0 [Ksi] ISO 178 After 30 days in H2O 73°F
Elongation at Flexural Strength (After 30 days in H2O 73°F) 2.7 - 3.0 [%] ISO 178 After 30 days in H2O 73°F
Ultimate Strength (After 30 days in H2O 73°F) 49.3 - 53.7 [Ksi] ISO 178 After 30 days in H2O 73°F
Ultimate Elongation (After 30 days in H2O 73°F) 1.9 - 3.4 [%] ISO 178 After 30 days in H2O 73°F
Flexural Modulus (After 30 days in H2O 73°F) 2755 - 3045 [Ksi] ISO 178 After 30 days in H2O 73°F
TENSILE TEST
(ISO 527)
Samples: 16 layers (4 mm)
E-glass fabric 1:1, 280-300 g/m2
Fiber volume content : 45 - 46 %
Cure: 10 h 176°FProperty
Value
Unit
Test Method
Condition
Tensile Strength
52.2 - 56.6
[Ksi]
ISO 527
10 h 176°F
Ultimate Elongation
1.6 - 1.9
[%]
ISO 527
10 h 176°F
Tensile Modulus
4800 - 5670
[Ksi]
ISO 527
10 h 176°F
INTERLAMINAR SHEAR STRENGTH
(ASTM D 2344)
Short beam: E-glass unidirectional specimen, thickness t = 3.2 mm
Fiber volume content: 60 %Property
Value
Unit
Test Method
Condition
Interlaminar Shear Strength (Unconditioned)
8265 - 8845
[psi]
ASTM D 2344
7 days RT
Interlaminar Shear Strength (After 1 hour in H2O 100 °C)
7975 - 8700
[psi]
ASTM D 2344
After 1 h in H2O 100 °C
Interlaminar Shear Strength (After 8 hours in H2O 80 °C)
8700 - 9425
[psi]
ASTM D 2344
After 8 h in H2O 80 °C
Interlaminar Shear Strength (After 8 hours in H2O 80 °C)
8410 - 8990
[psi]
ASTM D 2344
After 8 h in H2O 80 °C
Packaging & Availability
- Packaging Type
Storage & Handling
- Storage Conditions
Araldite® LY 5052 should be stored in a dry place, in the sealed original container, away from heat and humidity, at temperatures between +2°C and +40°C (+35.6°F and +104°F). Under these storage conditions, the shelf life is 3 years. The product should not be exposed to direct sunlight.
Aradur® 5052 should be stored in a dry place, in the sealed original container, away from heat and humidity, at temperatures between +2°C and +40°C (+35.6°F and +104°F). Under these storage conditions, the shelf life is 3 years. The product should not be exposed to direct sunlight.
- Storage Information
- ARALDITE® LY 5052 should be stored in a dry place, in the sealed original container, away from heat and humidity, at temperatures between +2°C and +40°C (+35.6°F and +104°F). Under these storage conditions, the shelf life is 3 years. The product should not be exposed to direct sunlight.
- ARADUR® 5052 should be stored in a dry place, in the sealed original container, away from heat and humidity, at temperatures between +2°C and +40°C (+35.6°F and +104°F). Under these storage conditions, the shelf life is 3 years. The product should not be exposed to direct sunlight.