

Woven conductive meshes are made from polyethylene fibers. Meshes are available in different densities to ensure optimum resin flow.
In order to handle high temperatures, DIATEX has developed polyamide meshes that can withstand temperatures up to 200°C.
These meshes are thermally stabilized to prevent "twisting" of the edges during heat treatment.
|
Product |
Max temp. |
Density |
Weight |
Color |
Type |
Resin flow rate |
|
ISONET |
90°C |
900µ |
115 g/m² |
Blue |
CO PE |
average |
|
OM 70 |
90°C |
1117 µ |
180 g/m² |
black/ green |
PE |
fast |
|
OM 70 PA |
200°C |
1100 µ |
220 g/m² |
white |
РА |
fast |
|
DRAIKO |
90°C |
1066 µ |
105 g/m² |
black |
PE |
Very fast |
|
FLONET |
90°C |
1100µ |
112 g/m² |
yellow |
CO PE |
The fastest |
|
DIANET 135 |
90°C |
1190µ |
135 g/m² |
green |
CO PE |
Very fast |
|
DIANET PA |
200°C |
1050µ |
125 g/m² |
white |
РА |
Very fast |
Carbon Studio is proud to announce its participation in the world“s largest international boat exhibition, ADIBS 2025, held from November 20 to 24 2025, in Abu Dhabi under the patronage of His Highness Sheikh Hamdan bin Zayed Al Nahyan. 27 november 2025
Carbon Studio at MECAM 2025: Focus on Collaboration and Innovation in the Middle East and North Africa (MENA) Market 24 september 2025
Carbon Studio MENA Showcases Breakthroughs in Composite Materials at MECAM 2024 Exhibition Dubai, UAE 24 december 2024