epoxy resin / epoxy hardener...160418 order by phone: +49 9635 9202-0 product survey epoxy resins /...

160418 order by phone: +49 9635 9202-0 Product survey epoxy resins / epoxy hardeners by Email: [email protected]

Product survey

Epoxy resin / epoxy hardener Elan-tech® - EC 147 / W 147 – epoxy resin / epoxy hardener Two component epoxy system, low viscosity allows a mixing ratio of 100/50 without essential changes of the characteristic of the hardened

product. Field of Application: Coated boats out of wood or anti-osmosis treated,

surface primer.

Elan-tech® - EC 152 / W 152 HR / MR – epoxy resin / epoxy hardener High modular, unfilled epoxy system, hardeners mixable amongst each

other, whereby the reaction times can be adapted to the demand. Field of Application: High quality composite parts of small and middle size.

Production of components for boats, model aircrafts, racing cars and sport components.

Elan-tech® - EC 157 / W 152 MLR / XLR – epoxy resin / epoxy hardener Low viscous epoxy system with high modulus value, good thermal

resistance. Field of Application: For high quality composite parts of middle and big

size, RINa-certification

Elan-tech® - EC 254LB / W 254 N – epoxy resin / epoxy hardener Unfilled liquid two-component epoxy system. High reactivity, good UV-

resistance. With UV-filters for an improved resistance against yellowing. Can be varnished with clear lacquer that contains an UV filter.

Field of Application: Transparent coating of surface finishing of composite-components as well as carbon trim parts.

Avanti 300 epoxy resin / Avanti 301 – epoxy hardener Non crystallizing bisphenol A / F-epoxy resin with bi-functional reactive

reducer. In combination with Avanti 301 suitable for the production of varnishes and top coats with very low yellowing disposition.

Field of Application: Building industry (construction above and below ground) adhesives, floor coatings.

Avanti 900 epoxy resin / Avanti 901 – epoxy hardener A bisphenol A/F epoxy resin with low viscosity, modified with a mono functional

reactive reducer. It is hydrophobic and has a low vapour pressure. Non crystallizing, physiological favorable, suitable for various applications.

Field of Application: Adhesives, building industry (construction above and below ground), composites, marine and protection.

160418 order by phone: +49 9635 9202-0 epoxy - EC 147 /W 147 by E-mail: [email protected]

Technical data sheet

Elan-tech®

EC 147 /W 147 – epoxy resin / epoxy hardener

Description

Resin type: Epoxy resin

Description: Two component epoxy system; low viscosity. It is possible to use the mixing ratio 100/50, without essential change of the characteristics of the hardened products.

Application: Coated boats out of wood or anti osmosis treated, surface ground.

Process: Spraying process, brushing process

System specification of EC 147 /W 147

Characteristics Field Measuring unit Method

Resin EC 147 - viscosity at 25°C 450 – 650 mPa-s I.O. 10-50 (EN13702-2)

Resin W 147 - viscosity at 25°C 400 – 600 mPa-s I.O. 10-50 (EN13702-2)

Resin EC 147 - color pale yellow

Hardener W 147 - color pale reddish yellow

Typical system characteristics

Mixing ratio (100g resin) 100:45 g

Mixing ratio (100ml resin) 100:50 ml

Resin EC 147 - density at 25°C 1.13 – 1.17 g/ml I.O. 10-51 (ASTM D 1475)

Hardener W 147 - densitiy at 25°C 1.00 – 1.03 g/ml I.O. 10-51 (ASTM D 1475)

Pot life – 25°C (40mm; 100ml) 20 – 25 min I.O. 10-53 (*)

Exothermic temperature 25°C (40mm; 100ml) 155 – 170 °C I.O. 10-53 (*)

Starting mixture Viscosity at 25°C 500 – 650 mPa-s I.O. 10-50 (EN13702-2)

Gel time – 25°C (15ml; 6mm) 3 – 4 h I.O. 10-73 (*)

Release time – 25°C (15ml; 6mm) 12 – 18 h (*)

Post-curing time – 60°C (15) h (**)

Recommended max. thickness 0.5 – 1.0 mm

2

Typical mechanical characteristics – EC 147 /W 147

160418 order by phone: +49 9635 9202-0 epoxy - EC 147 /W 147 by E-mail: [email protected]

(of the hardened resin after 24h at RT + 15 h at 60°C)

Characteristics Value Measuring unit Method

Density at 25°C 1.08 – 1.12 g/ml I.O. 10-54 (ASTM D 792)

Hardness at 25°C 87 – 91 Shore D/15 I.O. 10-58 (ASTM D 2240)

Glass-transition temperature (Tg) 65 – 70 °C I.O. 10-69 (ASTM D 3418)

Water-absorbing capacity (24h RT) 0.10 – 0.20 % I.O. 10-70 (ASTM D 570)

Water-absorbing capacity (2h 100°C) 0.70 – 0.90 % I.O. 10-70 (ASTM D 570)

Flexural strength 80 – 90 MN/m² I.O. 10-66 (ASTM D 790)

Max. flexure 4 – 6 % I.O. 10-66 (ASTM D 790)

Flexure till break 7 – 12 % I.O. 10-66 (ASTM D 790)

Flexure E-,modulus 2500 – 3000 MN/m² I.O. 10-66 (ASTM D 790)

Tensile strength 55 – 70 MN/m² I.O. 10-63 (ASTM D 638)

Elongation till break 6 – 8 % I.O. 10-63 (ASTM D 638)

IO-00-00 = Elantas Camattini´s test method; if possible the international method is mentioned. RT = temperature in laboratory (23±2°C) (*) at bigger quantities the pot time shortens and the exothermic temperature increases (**) the bracket means about A very special mixing will be reached by “repotting”. Here the resin / hardener mixture is stirred very carefully and decanted in a clean mixing vessel and stirred again.

Use instruction: 1. Background: on wood normally light grinding is enough; on polyester- or two component primer the surface must be ground before application. on metal the surface must be sand-blasted and the primer or plastering must be used within 2 hours to prevent an oxidation of the surface.. 2. Consider the temperature of the support. It must be higher than the dew point to prevent a condensation of moisture between the layers. 3. Work in a shadowy area, protected from rain or dew, in good ventilated rooms and at temperatures above 15°C. 4. Use fresh products on jellied material resp. fresh products on hardened material which was ground before. Normally hardening and post-curing isn’t necessary.

Storage recommendation: At proper storage the shelf life of epoxy resin and the corresponding hardener is

2 years, if both are stored in sealed original containers, in dry and cool rooms

Precautions whilst handling: Read the safety data sheet and comply with regulations referring work

protection and disposal.

All information contained in this data sheet are based on our technical and scientific knowledge, but buyer and user should make their own trials with our products under their own use conditions.

160418 order by phone: +49 9635 9202-0 -68 Epoxy – EC 152/W 152HR-MR by E-mail: [email protected]


Elan-tech®

EC 152/W 152 HR – epoxy resin – epoxy hardener

EC 152/W 152 MR – epoxy resin – epoxy hardener

Description


Description: High modular, unfilled epoxy system with different pot life. The hardeners are mixable amongst each other, whereby the reactions times

can be adapted to the demand. Working at room temperature. Tempering at 50 – 60°C increases the good characteristics additionally. A further stabilization at higher temperatures improves the thermal resistance of the components.

Application: High quality composite parts of small till medium size. Production of components for boats, model aircrafts, racing cars and for sport components, too.

Process: Hand laminate for glass-, carbon- or Kevlar fabric. Hardening at room temperature. The hardener can be mixed in all ratio, to adapt the reactivity of

the system to the specific requirements. Compared with common systems EC

152 offers a high ability for post-curing with a moderate heat transfer.

W 152 HR: high reactivity for small components or as accelerator for other hardeners.

W 152 MR: medium reactivity standard hardener

W 152 LR: for medium and large components (s.a. EC152/W152LR)

W 152 XLR: for large components (s.a. EC152/W152XLR)

System specification


Resin 152 - Viscosity at 25°C 1200 – 1800 mPa-s I.O. 10-50 (EN13702-2)

Hardener W 152 HR - Viscosity at 25°C 30 – 80 mPa-s I.O. 10-50 (EN13702-2)

- Pot life 15 – 25 min I.O. 10-52a (UNI 8701)

Hardener W 152 MR - Viscosity at 25°C 30 – 60 mPa-s I.O. 10-50 (EN13702-2)

- Pot life 50 – 60 min I.O. 10-52a (UNI 8701)

2


Typical system characteristics – EC 152/ W 152 HR - MR

Characteristics Value Value Measuring unit Method

Resin EC 152 - Color pale yellow

- Density at 25°C 1.13 – 1.17 g/ml I.O. 10-51 (ASTM D 1475)

Wert

W 152 HR

Wert

W 152 MR

Hardener - Color pale yellow pale yellow

- Viscosity at 25°C 30 – 80 30 – 80 mPa-s I.O. 10-50 (EN13702-2)

- Density at 25°C 1.02 – 1.06 0.94 – 0.98 g/ml I.O. 10-51 (ASTM D 1475)

Mixing ratio weight 100g resin 100:30 100:30 g

Mixing ratio volume 100ml resin 100:33 100:36 ml

Pot life – 25°C (50mm; 200ml) 12 – 17 35 – 45 min I.O. 10-53 (*)

Exothermic temp. 25°C (50mm; 200ml) 225 – 250 210 – 235 °C I.O. 10-53 (*)

Starting mixture Viscosity at 25°C 400 – 600 400 – 600 mPa-s I.O. 10-50 (EN13702-2)

Gel time – 25°C (1mm) 2 – 3 5 – 7 h I.O. 10-88

Release time – 25°C (15ml; 6mm) 4 – 6 6 – 8 h (*)

Typical characteristics of the hardened material

(samples after hardening: 24 h at RT + 15 h at 60°C)

Value

W 152 HR

Value

W 152 MR Measuring unit Method

Color pale yellow pale yellow

Processability excellent excellent

Density at 25°C 1.08 – 1.12 1.08 – 1.12 g/ml I.O. 10-54 (ASTM D 792)

Hardness at 25°C 85 – 89 85 – 89 Shore D/15 I.O. 10-58 (ASTM D 2240)

Glass-transition temperature (Tg) 70 – 76 85 – 90 °C I.O. 10-69 (ASTM D 3418)

Maximum Tg 77 – 83 105 – 110 °C I.O. 10-69 (ASTM D 3418)

Water absorbing capacity (24h RT) 0.10 – 0.20 0.15 – 0.25 % I.O. 10-70 (ASTM D 570)

Water absorbing capacity (2h 100°C) 0.60 – 0.70 0.55 – 0.65 % I.O. 10-70 (ASTM D 570)

Max. recommended working temperature 75 95 °C (***)

Release time – 25°C (15ml; 6mm) 4 – 6 6 – 8 h (*)

3

3


Continuance - Typical characteristics of the hardened material


Value

W 152 HR

Value

W 152 MR

Flexural strength 120 – 130 120 – 130 MN/m² I.O. 10-66 (ASTM D 790)

Max. flexure 4.5 – 6.5 5.0 – 7.0 % I.O. 10-66 (ASTM D 790)

Flexure till break 7.0 – 9.0 6.0 – 8.0 % I.O. 10-66 (ASTM D 790)

Flexural E-modulus 3600-4000 3400-3800 MN/m² I.O. 10-66 (ASTM D 790)

Tensile strength 67 – 75 65 – 75 MN/m² I.O. 10-63 (ASTM D 638)

Elongation till break 6.0 – 8.0 6.0 – 8.0 % I.O. 10-63 (ASTM D 638)

Pressure resistance 88 – 98 95 – 105 MN/m² I.O. 10-72 (ASTM D 695)

IO-00-00 = Elantas Camattini´s test method; if possible the international method is mentioned. RT = temperature in laboratory (23±2°C) (*) at bigger quantities the pot time shortens and the exothermic temperature increases (**) the bracket means about

Use instruction: Check and if necessary homogenize the components before use. Add the corresponding

quantity hardener and resin and mix carefully. An extremely good mixing will be achieved by „repotting“. Thereby the resin/hardener mixture is stirred carefully, filled in a clean mixing vessel and stirred once again. Whilst preparation of the surface (mould resp. model) please adhere to the separating agent data sheet.

Hardening / post-curing: Post-curing is always recommended at RT hardening systems, to stabilize the

component on the one hand and to achieve the best mechanical characteristics on the other hand. Although this system already reaches a higher thermal resistance at room temperature than the common systems, it is post-cured at a temperature of around 60°C and so it’s possible to achieve a good thermal resistance. Hardening and post-curing should be made before use to give the necessary thermal resistance to the mould. Whilst post-curing the component should heat step by step around 10°C/h. The user should evaluate the best conditions for hardening resp. post-curing depending on the size and shape of the component. At bit components you should reduce the thermal gradient and increase the post-curing time. At thin layers and composites make post-curing on a clamping device.

Storage recommendation: At proper storage the shelf life of epoxy resin and the corresponding hardener

is 2 years, if both are stored in sealed original containers, in dry and cool rooms. Since the hardeners are moisture sensitive it’s recommended to close each package again at once after use.




160418 order by phone: +49 9635 9202-0 Epoxy – EC 157/W 152 MLR-XLR by E-mail: [email protected]


Elan-tech®

EC 157/W 152 MLR – epoxy resin / epoxy hardener

EC 157/W 152 XLR – epoxy resin / epoxy hardener

RINa-certified

for boat construction of composite materials

Description


Description: Low viscous epoxy system with high modulus value. Good thermal resistance. Hardening at room temperature. Tempering at a temperature of about 60°C improves the characteristics additionally.

Application: For high quality, medium and large composite parts. EC 157/W 152 XLR -system is certified by RINa (NC/C.24 – ed. 01/01/1997). Permission No. DIP086509CS/003.

Process: Manual or with stirrer or automatic mixing equipment. Impregnation by infusion or under vacuum infusion (SCRIMP) with glass, carbon, Kevlar fabric. Hardening at room temperature.

W 152 MR: high reactivity for small components (EC 157/W 152 MR).

W 152 LR: medium reactivity (EC 157/W 152 LR)

W152 MLR: medium-slow, for large components

W 152 XLR: long pot life, for large components

System specification

Characteristics Field Measuring unitt Method

Resin EC 157 - Viscosity at 25°C 500 – 600 mPa-s I.O. 10-50 (EN13702-2)

Hardener W 152 MLR - FTIR-spectrum

correlation factor 0.990 – 1.000 I.O. 10-75

Hardener W 152 XLR - FTIR-Spektrum

correlation-factor 0.990 – 1.000 I.O. 10-75

2

2


Typical system characteristics – EC 157/ W 152 MLR - XLR

Characteristics Value Value Measuring unit Method

Resin EC 157 - Color colorless

- Density at 25°C 1.14 – 1.16 g/ml I.O. 10-51 (ASTM D

1475)

value

W 152 MLR

value

W 152 XLR

Hardener - Colour pale yellow pale yellow

- Viscosity at 25°C 5 – 20 10 – 30 mPa-s I.O. 10-50 (EN13702-2)

- Density at 25°C 0.90 – 0.95 0.90 – 0.95 g/ml I.O. 10-51 (ASTM D

1475)

Working data

Mixing ratio weight 100g resin 100:30 100:30 g

Mixing ratio volume 100ml resin 100:37 100:38 ml

Pot life – 25°C (400 mPas) 1.5 – 2.0 2.0 – 2.5 h I.O. 10-50 (EN13702-2)(*)

– 25°C (800 mPas) 2.5 – 3.0 3.0 – 3.5 h

– 25°C (3000 mPas) 3.5 – 4.0 4.0 – 5.0 h

Pot life – 25°C (50mm; 200ml) 120 – 150 135 – 165 min I.O. 10-53 (*)

Exothermic Temp. 25°C (50mm; 200ml) 165 – 185 155 – 170 °C I.O. 10-53 (*)

Starting mixture viscosity at 25°C 150 – 250 150 – 200 mPa-s I.O. 10-50 (EN13702-2)

Gel time – 25°C (1mm) 8 – 10 10 – 14 h I.O. 10-88 (ASTM D5895-03)

Release time – 25°C (15ml; 6mm) 20 – 30 36 – 48 h I.O. 10-88 (ASTM D5895-03)

Post-curing time – 60°C (15) (15) h (**)

Recommended max. thickness 5 5 mm

3

3


Typical characteristics of the hardened material


Value

W 152 MLR

Value

W 152 XLR

Measuring

unit Method

Color pale yellow pale yellow

Workability excellent excellent

Density at 25°C 1.08 – 1.12 1.08 – 1.12 g/ml I.O. 10-54 (ASTM D 792)

Hardness at 25°C 84 – 88 85 – 87 Shore D/15 I.O. 10-58 (ASTM D 2240)

Glass-transition temperature (Tg)

7gg TA/RT 57 – 63 58 – 60 °C I.O. 10-69 (ASTM D 3418)

24 TA + 15h 50°C 67 – 73 71 – 73 °C

24 TA + 15h 60°C 77 – 83 79 – 82 °C

Maximum Tg 8h 80°C 85 – 90 86 – 90 °C I.O. 10-69 (ASTM D 3418)

Water-absorbing capacity (24h RT) 0.10 – 0.20 0.10 – 0.20 % I.O. 10-70 (ASTM D 570)

Water-absorbing capacity (2h 100°C) 0.65 – 0.85 0.65 – 0.85 % I.O. 10-70 (ASTM D 570)

Flexural strength 110 – 120 108 – 113 MN/m² I.O. 10-66 (ASTM D 790)

Max. flexure 5.0 – 7.0 5.5 – 6.0 % I.O. 10-66 (ASTM D 790)

Flexure till break 6.0 – 8.0 7.8 – 8.2 % I.O 10-66 (ASTM D 790)

Flexural E-modulus 3100 – 3500 3100 – 3500 MN/m² I.O. 10-66 (ASTM D 790)

Tensile strength 68 – 76 71 – 75 MN/m² I.O. 10-63 (ASTM D 638)

Elongation till break 6.0 – 8.0 5.5 – 6.0 % I.O. 10-63 (ASTM D 638)

Pressure resistance 92 – 103 85 – 100 MN/m² I.O. 10-72 (ASTM D 695)

IO-00-00 = Elantas Camattini´s test method; if possible the international method is mentioned. RT = temperature in laboratory (23±2°C) (*) at bigger quantities the pot time shortens and the exothermic temperature increases (**) the bracket means about

Use instruction: Before use please check if the components are completely transparent. Add the

corresponding quantity of hardener to the resin and mix it carefully. If mixing happens with a dosing / mixing equipment an aeration of the equipment isn’t necessary. A very good mixture will be reached by „repotting“. Hereby the resin/hardener mixture is stirred carefully, filled in a clean mixing vessel and stirred once again.

4

4


Hardening / Post-curing: Post-curing is always recommended at RT hardening systems to stabilize the

component on the one hand and to achieve the best mechanical characteristics on the other hand. This is necessary when the component is used at high temperatures. The level of the temperature and the indicated post-curing time refer to standard sample sizes. Depending on size and shape of the component the user should appreciate the best conditions for hardening resp. post-curing. At large components the thermal gradient should be reduced and the post-curing time increased. At thin layers and composites make the post-curing on a clamping device. As general guidance to reduce the risk of thermal deformation we recommend to make the post-curing as follows: In moulds: 24 h RT + 6 h 40°C + 6 h 50°C + 6 h 60°C + 12 h 70°C Outside the mould but in the clamping device: 7 days RT + 6 h 50°C + 6 h 60°C + 12 h 70°C. The glass transition temperature under these conditions is near the max. Tg.

Storage recommendation: At proper storage the shelf life of epoxy resin and the corresponding hardener

is 2 years, if both are stored in sealed original containers, in dry and cool rooms. Since the hardeners are moisture sensitive, it’s recommended to close each package again at once after use.




160418 order by phone: +49 9635 9202-0 Epoxy - EC 254LB – W 254-N by E-mail: [email protected]


Elan-tech®

EC 254 LB/W 254 N – epoxy resin / epoxy hardener

Description

Resin type: Epoxy resin EC 254LB – hardener W 254 N

Description: Unfilled liquid two component epoxy system. High reactivity. Good UV resistance. The hardened material shows remaining lubricating film. The system is protected against yellowing with UV filters. It can be varnished with clear lacquer, which contains an UV filter.

Application: Transparent coating of surface refinement of composite components as well as carbon trim parts.

Process: Brushable process – hardening at room temperature

Typical system-characteristics

Characteristics – resin EC 254LB Field Measuring unit Method

Color light blue

Viscosity at 25°C 800 – 1100 mPa-s I.O. 10-50 (EN13702-2)

Density at 25°C 1,13 – 1,17 g/ml I.O. 10-51 (ASTM D 1475)

Characteristics – hardener W 254 N

Color colorless

Viscosity at 25°C 60 – 120 mPa-s I.O. 10-50 (EN13702-2)


Working data

Mixing ratio weight (100g resin) 100:50 g

Mixing ratio volume (100ml resin) 100:57 ml

Pot life – 25°C (40mm; 100ml) 15 – 25 min I.O. 10-53 (*)

Starting mixture viscosity at 25°C 300 – 500 mPa-s I.O. 10-50 (EN13702-2)

Geltime – 25°C (15ml; 6mm) 2 – 3 h I.O. 10-73 (*)

Release time – 25°C (15ml; 6mm) 10 – 15 h (*)

Recommended max. thickness 0,5 – 1,0 mm

2


2

Typical mechanical characteristics – EC 254LB/W 254 N

(of the hardened resin after 24h at RT + 15 h at 60°C)

Characteristics Value Measuring unit Method


Hardness at 25°C 85 – 89 Shore D/15 I.O. 10-58 (ASTM D 2240)

Glass transition temperature (Tg) 65 – 70 °C I.O. 10-69 (ASTM D 3418)

Water absorbing capacity (24h RT) 0,08 – 0,10 % I.O. 10-70 (ASTM D 570)

Water absorbing capacity (2h 100°C) 0,80 – 1,00 % I.O. 10-70 (ASTM D 570)

max. recommended working temperature 60 C° (***)

Flexural strength 75 – 85 MN/m² I.O. 10-66 (ASTM D 790)

Max. flexure 4,0 – 6,0 % I.O. 10-66 (ASTM D 790)

Flexure till break > 15 % I.O. 10-66 (ASTM D 790)

Flexural E-modulus 2.200 – 2.700 MN/m² I.O. 10-66 (ASTM D 790)

Tensile strength 45 - 55 MN/m² I.O. 10-63 (ASTM D 638)

Elongation till break 5,0 – 7,0 % I.O. 10-63 (ASTM D 638)

Pressure resistance 55 - 65 MN/m² I.O. 10-72 (ASTM D 695)

IO-00-00 = Elantas Camattini´s test method; if possible the international method is mentioned. RT = temperature in laboratory (23±2°C) (*) at bigger quantities the pot time shortens and the exothermic temperature increases (**) the bracket means about (***) the max. working temperature is used based on laboratory information, depending on the hardening conditions as well as the added materials. Further information you will find under the passage post-curing.

Usage instruction: Check and if necessary homogenize the components before use.

Add the corresponding quantity hardener to the resin, mix carefully and prevent thereby air pockets (bubbles). A very good mixture will be reached by “repotting”. Thereby the resin/hardener mixture is stirred carefully, filled in a clean mixing vessel and stirred once again.

Hardening / tempering: Post-curing (tempering) is always recommended at RT hardening systems, to

stabilize the components and to achieve the very best characteristics. Whilst post-curing the temperature should increase by 10°C per hour. After this cool the part slowly.

Depending on size and shape of the component the user should appreciate the best conditions for hardening resp. post-curing. At large components the thermal gradient should be reduced and the post-curing time increased. At thin layers and composites make the post-curing on a clamping device.

3


3

Storage recommendation: Epoxy resins can be stored for 2 and its hardeners for 1 year in originally

closed containers at a cool , dry place. Since hardeners are very moisture-sensitive, it’s recommended to close the package at once after each use very firmly.




160418 order by phone: +49 9635 9202-0 Epoxy – Avanti 300 / Avanti 301 by E-mail: [email protected]


Avanti 300 / 301 – epoxy resin / epoxy hardener

Description: Avanti 300 epoxy resin is a non-crystalline bisphenol A / F- epoxy resin, with a bi-functional reactive reducer.

Advantages: Avanti 300 has good wettability and is suitable for the use in construction

industry, for adhesives and floor coatings.

In combination with Avanti 301 it’s suitable for the production of varnishes and top coats, with very low yellowing.

Application: • Adhesives

• Civil engineering: chemical anchoring • Civil engineering: crack injection • Civil engineering: plaster and joint sealer • Civil engineering: grounding and impregnation • Civil engineering: roll coating – floor coating • Civil engineering: self levelling floor coating • Casting / encapsulation / work preparation • Industrial coatings: marine and protection

System specification - Avanti 300:


EEW 165 – 175 g/eq ASTM D1652

Viscosity, absolute (25°C) 900 – 1400 mPa-s ISO 3219

Color (Max. Gardner)

(Max. Pt-Co., solution)

0 to 1 30

ASTM D1544 ASTM D1209

Note : This are typical characteristics and don’t act as specification. Users should confirm the results by their own tests.

Safety instructions: Mühlmeier Composite refers to the safety data sheet, which contains information

concerning health effects, secure handling, storage, use and waste disposal. We recommend our clients expressly to read the safety data sheet of the single products exactly before use.

2


2


Avanti 301 – epoxy hardener

Description: Avanti 301 epoxy hardener is a modified cydloaliphatical polyamine. It has

very good chemical resistance and therefore it is suitable for extremely loaded industrial floors.

Advantages: • very low yellowing at UV radiation • free of nonylphenol • good water resistance after short curing time

Typical application: This product is most suitable for the following application: • industrial floors

Typical characteristics:

Characteristics (1) Method Value

Appearance optical clear

Color, Gardner max 1

Density at 25°C (g/ml) ASTM D4052 1.02

Viscosity at 25°C (mPa.s) ASTM D445 370 - 570

Amine value [mgKOH/g] ISO 9702 280 - 310

Amine hydrogen equivalent weight calculated 105

Shelf life (months) 12

(1) These typical characteristics may not be seen as specification.

Typical handling:

Characteristic Method Value

Avanti 300 / Avanti 301

Drying time (hours) ASTM D1640-03 5 - 6

Gel time (min/100g mass at 25°C) (²) 35

Mixing ratio, phr (weight) 56

(²) Tested by Paul N. Gardner standard model gel timer

3

3


Typical activity values: (³)

Characteristics (³) Method Value



Film appearance optical half-glossy

Glass-transition temperature (°C) (4) 42

Hardness Shore D ASTM D2240 79

Crosshatch adhesion ASTM D3359

at 25°C/50% relative air moisture


1B 1B

To go milky

at 25°C/50% relative air moisture No

Flexural strength (psi) 14503

Flexure modulus (thousand psi) 481

Tensile strength (psi) 8167

Tensile modulus (thousand psi) 473

Elongation % 2.5

(³) If not indicated otherwise the materials hardens at room temperature after 7 days.. (4) Glass transition temperature, measured by DSC.

Safety and handling: Mühlmeier Composite refers to the safety data sheet, which contains information

concerning health effects, secure handling, storage, use and waste disposal. We recommend our clients expressly to ready the safety data sheet of the single products exactly before use. This hardener should keep its chemical characteristics for at least 12 months.

Contact with food: This hardener doesn’t correspond to the US-American Food, Drugs und

Cosmetics Act in the modified version under Food Additive Regulation 21 CFR 175.300.

Legal regulations: Further information concerning the legal status of this product please take from

the safety data sheet. All information contained in this data sheet are based on our technical and scientific knowledge, but buyer and user should make their own trials with our products under their own use conditions.

160418 order by phone: +49 9635 9202-0 68 Epoxy – Avanti 900 / Avanti 901 by E-mail: [email protected]


Avanti 900 / 901 – epoxy resin / epoxy hardener

Description: Avanti 900 epoxy resin has low viscosity, is a bisphenol A/F epoxy resin,

modified with a mono-functional, reactive reducer.

Advantages: Avanti 900 is hydrophobe and has a low vapor pressure. The product is non-

crystalline, physiologically favorable and suitable for various applications. Due to its low viscosity and good wettability, it is suitable for casting resin

coatings and for adhesives.

Application: • Adhesives

• Civil engineering: chemical anchoring • Civil engineering: crack injection • Civil engineering: plaster and joint sealer • Civil engineering: grounding and impregnation • Civil engineering: roll coating – floor coating • Civil engineering: self levelling floor coating • Casting / encapsulation / work preparation • Composites • Industrial coatings: marine and protection

System Specification - Avanti 900:


EEW 183 – 199 g/eq ASTM D1652

Viscosity, absolute (25°C) 750 – 1150 mPa-s ASTM D445

Color (max. Gardner) 0 to 1 ASTM D1544

Density (25°C) 1.10 g/cm³ ASTM D4052

Note : This are typical characteristics and don’t act as specification. Users should confirm the results by their own tests

Safety instructions: Mühlmeier Composite refers to the safety data sheet, which contains

information concerning health effects, secure handling, storage, use and waste disposal.

We recommend our clients expressly to read the safety data sheet of the single products exactly before use.

2


2

Technical Data Sheet

Avanti 901 – epoxy hardener

Description: Avanti 901 is a modified cycloaliphatical polyamine hardener,

determined for hardening liquid epoxy resin at room temperature. It has low viscosity and a good resistance against acids and chemicals.

Epoxy resin systems with Avanti 901, which are hardening at temperatures above 10°C, are non adhesive and offer a colorfast surface.

Avanti 901 has an excellent resistance against water drops.

Advantages: • low viscosity • high reactivity • free of nonylphenol

Typical application: This product is most suitable for the following application • highly filled self levelling coating systems • plaster • extremely loaded industrial floors

Typical characteristics:


Appearance optical clear

Colour, Gardner 2 max.

Density at 25°C (g/ml) ASTM D4052 1.05

Viscosity at 25°C (mPa.s) ASTM D445 280 – 380

Amine value [mgKOH/g] ISO 9702 300 – 330

Amine hydrogen equivalent weight calculated 93

Shelf life (months) 12

(1)This are typical characteristics and don’t act as specification. User should confirm the results by their own tests.

Typical handling:

Characteristic Method Value


Drying time (hours) ASTM D1640-03 4

Gel time (min/100g mass at 25°C) (²) 24 - 26

Mixing ration, phr (weight) 50

(2) Tested by Paul N. Gardner standard model gel timer

3


3

Typical activity values: (3)




Film appearance optical glossy

Glass transition temperature (°C) (4) 88

Hardness Shore D ASTM D2240 82

Crosshatch adhesion ASTM D3359



38 1B

To go milky



No No

Flexural strength (psi) 15867

Flexure modulus (thousand psi) 467

Tensile strength (psi) 9398

Telsile modulus (thousand psi) 487

Elongation % 2.8

(³) If not indicated otherwise the materials hardens at room temperature after 7 days. (4) Glass transition temperature, measured by DSC.

Safety and handling:

Mühlmeier Composite refers to the safety data sheet, which contains information concerning health effects, secure handling, storage, use and waste disposal.

We recommend our clients expressly to ready the safety data sheet of the single products exactly before use. This hardener should keep its chemical characteristics for at least 12 months.

Contact with food: This hardener doesn’t correspond to the US-American Food, Drugs und

Cosmetics Act in the modified version under Food Additive Regulation 21 CFR 175.300.

Legal regulations: Further information concerning the legal status of this product please take from

the safety data sheet.


epoxy resin / epoxy hardener...160418 order by phone: +49 9635 9202-0 product survey epoxy resins /...

Documents