- Products
- Acrylics
- Heat Cure Acrylics
- AcrylX - Heatcure Acrylic
- AcrylX Xthetic HIGH IMPACT Heat Cure LIQUID ONLY 500ml
AcrylX Xthetic HIGH IMPACT Heat Cure LIQUID ONLY 500ml
- Brand: AcrylX
- Product Code: AX-HI-L500
Xthetic HIGH IMPACT Heat Cure – AcrylX Germany
*Shade tab image is indicative only and may inaccurately show colour
High Impact Denture Base Resin, short heat cure cycle. Acrylic resin for the manufacture of removable or fixed dentures by using the packing and pressing technique as well as the injection technique.
Pink V (02) Veined – Great colour for high impact – Slightly darker pink veined works best with high impact acrylic.
Indications:
- Manufacture of total and partial dentures using the packing and pressing technique
- Manufacture of total and partial dentures using the injection technique
Product features:
- Very high impact strength
- Flexural strength 75Mpa
- Option of fast 20 minute cure rather than the long cure process if required
- High accuracy and high quality results guaranteed
- Excellent mechanical properties
- Optimal mucosal tolerance due to low residual monomer content
- physiological shades and absolute color stability
- Cadmium free
- Evaluated and Cerrtified Biocompatibility
Mixing Ratio: 10g Powder : 4g-5g (4.25ml) Liquid
Processing times:
Swelling phase: approx. 10 min
Processing phase (packing / pressing): approx. 15 min
Processing phase (injection): approx. 5 min
Polymerisation:
This material can be polymerised successfully by:
Quick 20 Minute Cure Method (bring to boil 95°C + and polymerise for 20 minutes, rather than the normal 90 mins. Bench cool
or
Traditional High Impact Long Cure Method (Bring up to 70°C and hold for 60 mins, then increase to boiling point for 30 mins. Turn off and allow cooling for 20 mins. Bench cool) or.
If processing thick lowers or dentures with thick areas, as with all heat cure acrylics just make sure the temperature is brought up slower to 70°C for 30 - 60 minutes, then increase to boiling for 30 minutes to provided time for the whole flask to reach even temperature throughout and allow even polymerisation to reduce the chance of porosity occurring.
Of course the material can be processed by using any other hot-curing polymerization technique as well.
Mechanical properties acc. to ISO 20795-1 | Requirements | Xthetic® high impact |
Ultimate flexural strength in MPa | min. 65 | 75 |
Flexural modulus in MPa | min. 2000 | 2300 |
Maximum stress intensity factor in MPa | min. 1,9 | 2,3 |
Total fracture work in J/m² | min. 900 | 1200 |
Additional properties acc. to ISO 20795-1 | Requirements | Xthetic® high impact |
Water absorption in μg/mm³ | max. 32 | 21 |
Solubility in μg/mm³ | max. 1,6 | 0,3 |
Residual monomer in % | max. 2,2 | 0,8 |
Other requirements |
Xthetic® high impact |
DIN EN ISO 20795-1 Requirements concerning the packing plasticity | fulfilled |
DIN EN ISO 20795-1 Requirements concerning the surface characteristics and the shape capability | fulfilled |
DIN EN ISO 20795-1 Requirements concerning the color and the color stability | fulfilled |
DIN EN ISO 20795-1 Requirements concerning the translucancy and the freedom from porosity | fulfilled |
DIN EN ISO 20795-1 Requirements concerning the bonding to synthetic polymer teeth | fulfilled |
DIN EN ISO 10993 Requirements concerning the biocompatibility | fulfilled |
AcrylX Xthetic HIGH IMPACT Heat Cure LIQUID ONLY 500ml
- Brand: AcrylX
- Product Code: AX-HI-L500
Xthetic HIGH IMPACT Heat Cure – AcrylX Germany
*Shade tab image is indicative only and may inaccurately show colour
High Impact Denture Base Resin, short heat cure cycle. Acrylic resin for the manufacture of removable or fixed dentures by using the packing and pressing technique as well as the injection technique.
Pink V (02) Veined – Great colour for high impact – Slightly darker pink veined works best with high impact acrylic.
Indications:
- Manufacture of total and partial dentures using the packing and pressing technique
- Manufacture of total and partial dentures using the injection technique
Product features:
- Very high impact strength
- Flexural strength 75Mpa
- Option of fast 20 minute cure rather than the long cure process if required
- High accuracy and high quality results guaranteed
- Excellent mechanical properties
- Optimal mucosal tolerance due to low residual monomer content
- physiological shades and absolute color stability
- Cadmium free
- Evaluated and Cerrtified Biocompatibility
Mixing Ratio: 10g Powder : 4g-5g (4.25ml) Liquid
Processing times:
Swelling phase: approx. 10 min
Processing phase (packing / pressing): approx. 15 min
Processing phase (injection): approx. 5 min
Polymerisation:
This material can be polymerised successfully by:
Quick 20 Minute Cure Method (bring to boil 95°C + and polymerise for 20 minutes, rather than the normal 90 mins. Bench cool
or
Traditional High Impact Long Cure Method (Bring up to 70°C and hold for 60 mins, then increase to boiling point for 30 mins. Turn off and allow cooling for 20 mins. Bench cool) or.
If processing thick lowers or dentures with thick areas, as with all heat cure acrylics just make sure the temperature is brought up slower to 70°C for 30 - 60 minutes, then increase to boiling for 30 minutes to provided time for the whole flask to reach even temperature throughout and allow even polymerisation to reduce the chance of porosity occurring.
Of course the material can be processed by using any other hot-curing polymerization technique as well.
Mechanical properties acc. to ISO 20795-1 | Requirements | Xthetic® high impact |
Ultimate flexural strength in MPa | min. 65 | 75 |
Flexural modulus in MPa | min. 2000 | 2300 |
Maximum stress intensity factor in MPa | min. 1,9 | 2,3 |
Total fracture work in J/m² | min. 900 | 1200 |
Additional properties acc. to ISO 20795-1 | Requirements | Xthetic® high impact |
Water absorption in μg/mm³ | max. 32 | 21 |
Solubility in μg/mm³ | max. 1,6 | 0,3 |
Residual monomer in % | max. 2,2 | 0,8 |
Other requirements |
Xthetic® high impact |
DIN EN ISO 20795-1 Requirements concerning the packing plasticity | fulfilled |
DIN EN ISO 20795-1 Requirements concerning the surface characteristics and the shape capability | fulfilled |
DIN EN ISO 20795-1 Requirements concerning the color and the color stability | fulfilled |
DIN EN ISO 20795-1 Requirements concerning the translucancy and the freedom from porosity | fulfilled |
DIN EN ISO 20795-1 Requirements concerning the bonding to synthetic polymer teeth | fulfilled |
DIN EN ISO 10993 Requirements concerning the biocompatibility | fulfilled |