Protech characterises textile substrates made of high-performance fiber fabrics providing protection against heat, flames, radiation, liquid metals and ballistic demands. Within this specific marketsegment, protective and functional garments lead to innovations in the fabric market, ie.production of surfaces, finishing, lamination and coating with thermoplastic powders.
Textile packaging materials reflect the purpose of protective and safety textiles for goods (transport) protection. In clean room environments, special garments are needed to prevent contamination, ref. semi-conductor industry or laboratories.
Product name | Type | Melting range | Melt Flow Index | Powder sizes | Resistance to dry cleaning | Hand iron | Enzyme washing | Washing resistance | Steam resistance | Stone-wash resistance | Heat resistance | Fusing conditions with flow-through-press | Appearance | ||||||
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Pastedot | Doubledot | Powderdot | Scatter | Granules | Lamination temperature | Pneumatic pressure | Time | ||||||||||||
ROWALIT® PBT 01-1 | PBT | 220 – 230 °C DSC | 115 g / 10 Min. (MFI 230°C) | 0 – 80 µm | ✕ | ✕ | ✕ | ✕ | 160 °C | 250 – 260 °C | 3 – 5 N/cm² | 10 – 12 Sek. | White powder | ||||||
ROWALIT® BIOPOW 1038 | Biobased Products, Copolyester | 85 – 85 °C DSC | 5 g / 10 Min. (MFI 190°C) | ✓ | ✓ | ✓ | ✓ | ✓ | 40 °C | 63 °C | 125 – 150 °C | 3 – 5 N/cm² | 12 – 20 Sek. | White powder | |||||
ROWALIT® 200-13 | Copolyamide | 120 – 130 °C DSC | 23 g / 10 Min. (MFI 160°C) | 0 – 80 µm | 80 – 200 µm | 0 – 200 µm | 100 – 500 µm | ✕ | very good | no | no | 80 °C | moderate | 110 °C | 130 – 150 °C | 3 – 5 N/cm² | 12 – 20 Sek. | White powder | |
ROWALIT® 200-27 | Copolyamide | 110 – 120 °C DSC | 210 g / 10 Min. (MFI 160°C) | 0 – 80 µm | 80 – 200 µm | ✕ | ✕ | ✓ | very good | no | 60 °C | very good | 150 °C | 120 – 140 °C | 3 – 5 N/cm² | 10 – 15 Sek. | White powder | ||
ROWALIT® 200-51 | Copolyamide | 125 – 135 °C DSC | 25 g / 10 Min. (MFI 160°C) | 0 – 80 µm | ✓ | ✕ | ✕ | ✓ | very good | no | yes | 95 °C | very good | yes | 115 °C | 140 – 160 °C | 3 – 5 N/cm² | 10 – 20 Sek. | White powder |
ROWALIT® 200-63 | Copolyamide | 100 – 120 °C DSC | 180 g / 10 Min. (MFI 160°C) | 0 – 80 µm | 80 – 200 µm | ✕ | ✓ | ✓ | very good | 60 °C | good | 90 °C | 110 – 145 °C | 3 – 5 N/cm² | 10 – 15 Sek. | White powder | |||
ROWALIT® 400-2 | Copolyester | 110 – 115 °C DSC | 15 g / 10 Min. (MFI 160°C) | 0 – 80 µm | 80 – 200 µm | ✕ | ✓ | ✓ | good | no | no | 60 °C | fair | 95 °C | 130 – 150 °C | 3 – 10 N/cm² | 12 – 20 Sek. | White powder | |
ROWALIT® 500-SIT-37 | TPU | 115 – 125 °C DSC | 20 g / 10 Min. (MFI 160°C) |
0 – 63 µm 0 – 80 µm |
80 – 200 µm | ✕ | 100 – 500 µm | ✓ | good | 60 °C | yes | 90 °C | 120 – 145 °C | 2 – 4 N/cm² | 12 – 20 Sek. | White powder | |||
ROWALIT® FS-9 | Flame-retardant Powders | 110 – 120 °C DSC | ✕ | ✕ | ✕ | ✓ | ✕ | 95 °C | 130 – 160 °C | 3 – 5 N/cm² | 10 – 20 Sek. | ||||||||
ROWALIT® FS-16 | Flame-retardant Powders | 110 – 120 °C DSC | ✕ | ✕ | ✕ | ✓ | ✕ | 95 °C | |||||||||||
ROWALIT® N100-20 | HDPE | 125 – 128 °C DSC | 20 g / 10 Min. (MFI 190°C) | 0 – 80 µm | 80 – 200 µm | 0 – 160 µm | ✓ | ✕ | very good | no | 95 °C | yes | 110 °C | 150 – 170 °C | 10 – 20 N/cm² | 10 – 12 Sek. | White powder |