Where our reputation truly sticks.
Key markets for ROWAK solutions
The ROWAK Markets – ROWAK’s products and solutions are designed for specialized and technically demanding markets where thermoplastic adhesives in powder and granular form (hotmelts), as well as functional additives, are used.
ROWAK primarily serves industries that require solvent-free processing, high process speed, strong adhesion performance, sustainability, and tailored functionalization.
- Technical Textiles
- Apparel & Fashion Industry
- Building Services & Construction Industry
- Agriculture & GeoTech
- Medical & Hygiene
- Aerospace & Rail
- Automotive Industry (Interior)
- Filtration Technology
- Nonwovens
- Footwear & Leather Industry
- Sports & Outdoor
- Conveyor Belts
- Printing Technology (Transfer Printing)
Technical Textiles
Printing Technology (Transfer Printing)
Heat transfers, DTF printing (Direct-To-Film), screen printing, printable electronics
Printing Technology (Transfer Printing)
Printing Technology
(Transfer Printing)
ROWAK adhesives deliver precision bonding for advanced printing applications – from textile transfer to printable electronics.
- Heat transfers
- DTF printing
- Screen printing
- Printable electronics
Technical Textiles
Lamination, bonding, composite structures for protective textiles, filtration, outdoor, occupational safety
Technical Textiles
Technical Textiles
ROWAK is a specialized supplier of hot melt adhesives and functional additives for technical textiles used across various industries and applications – from automotive and construction to apparel, hygiene, and medical, as well as footwear, leather goods, and customized solutions.
- High-performance fabrics (e.g. aramids)
- Foams (PU, PE, latex)
- Nonwovens (PA, PES, glass)
- Membranes
- Synthetic leather
- Felts
- Composites
- Flooring materials
- Ballistic applications
Apparel & Fashion Industry
Textile bonding, heat transfer printing and wash-resistant applications
Apparel & Fashion Industry
Apparel & Fashion Industry
ROWAK adhesive powders combine innovation and quality, supporting the fashion industry in the production of modern, durable textiles.
- Knitted fabrics
- Warp-knitted fabrics
- Interlinings
- Interlining combinations for shirts
- Garment fixations / Blouses / Shoulder pads
- Underwear, laminates, foams for bras
- Menswear, womenswear, childrenswear (HAKA, DOB, KOB)
Building Services & Construction Industry
building waterproofing & air sealing / vapor control
Building Services & Construction Industry
Building Services & Construction Industry
ROWAK – Adhesive solutions for durable sealing systems in modern construction and building applications.
- Waterproofing (e.g. roofing membranes)
- Air sealing (vapor diffusion)
- Flooring
Agriculture & GeoTech
Agriculture & GeoTech
ROWAK adhesives enhance the structure and functionality of materials used in agricultural and geotechnical applications.
- Geotextiles
- Drainage mats
- Surface protection
Medical & Hygiene
for biocompatible textile laminates, hygiene products, and breathable dressing materials
Medical & Hygiene
Medical & Hygiene
ROWAK develops high-quality adhesive solutions for applications with requirements related to safety, hygiene, and skin compatibility in medical environments.
Applications
- Wound care
- Absorbent solutions
- Protective apparel
- Laminate materials for orthotic applications
Aerospace & Rail
Flame-retardant, low-emission adhesive systems for lightweight components
Aerospace & Rail
ROWAK stands for innovative adhesive solutions designed to support insulation and sound absorption in aerospace and rail interior applications.
- Interior textiles (insulation and sound absorption)
- Acoustic components (sound reduction and insulation)
Automotive Industry (Interior)
Seat lamination, headliners, filter materials, acoustic materials
Automotive Industry (Interior)
Automotive Industry
(Interior)
ROWAK adhesives are developed for use in automotive interior applications requiring durability, precision, and noise-reducing characteristics.
Applications:
- Acoustic applications
- Side and rear trim panels
- Interior dash insulation
- Needlefelt carpets
- Carpet systems / tufted carpets
- Floor insulation
- Wheel arch insulation (interior)
- Trunk floor insulation (interior)
- Floor assemblies
- Damping elements
- Headliners
- Seats & seat applications
Filtration Technology
Fiber fixation in air, water, or oil filtration media
Filtration Technology
Filtration Technology
ROWAK connects what filters — adhesive solutions for cleaner air, clean processes, and safety-focused applications.
- Filter media – home applications (e.g. air)
- Filter media – industrial applications (e.g. fuel / gas)
- Filter media – medical applications (e.g. cleanroom)
Nonwovens
ROWAK stands for innovative adhesives that enable functionality and versatility in nonwoven applications.
- Technical nonwovens
- Composites
- Household products / Cleaning
- Home appliances (acoustics & insulation)
Footwear & Leather Industry
Bonding of upper materials, linings and sole components
Footwear & Leather Industry
Footwear & Leather
Industry
High-performance adhesives from ROWAK – developed for reinforcement, dimensional stability, and precise processing in footwear and leather goods.
- Reinforcement materials
- Seam reinforcements
- Toe puffs and heel counters
Sports & Outdoor
Bonding of functional materials with durability against washing and heat
Sports & Outdoor
Sports & Outdoor
ROWAK creates robust and flexible adhesive bonds for sports and mountaineering footwear as well as functional membranes.
- Seam waterproofings
- Membrane bonding (breathable apparel)
- Sports and mountaineering footwear
Conveyor Belts
Food industry, logistics, light conveyor systems, agribusiness, printing industry
Conveyor Belts
Conveyor Belts
ROWAK adhesives bond materials reliably and efficiently for conveyor belt solutions in food, logistics, and industry.
- Food
- Logistics
- Light conveyor technology
- Agricultural industry
- Printing industry
Printing Technology (Transfer Printing)
Heat transfers, DTF printing (Direct-To-Film), screen printing, printable electronics
Printing Technology (Transfer Printing)
Printing Technology
(Transfer Printing)
ROWAK adhesives deliver precision bonding for advanced printing applications – from textile transfer to printable electronics.
- Heat transfers
- DTF printing
- Screen printing
- Printable electronics
Technical Textiles
Lamination, bonding, composite structures for protective textiles, filtration, outdoor, occupational safety
Technical Textiles
Technical Textiles
ROWAK is a specialized supplier of hot melt adhesives and functional additives for technical textiles used across various industries and applications – from automotive and construction to apparel, hygiene, and medical, as well as footwear, leather goods, and customized solutions.
- High-performance fabrics (e.g. aramids)
- Foams (PU, PE, latex)
- Nonwovens (PA, PES, glass)
- Membranes
- Synthetic leather
- Felts
- Composites
- Flooring materials
- Ballistic applications
Technical Textiles
| Product Name | Download | Type | Melting range | Melt Flow Index | Powder Sizes
|
Ratio of renewable raw materials | Eco-Passport | Biodegradability | Resistance to dry cleaning | Washing resistance | Heat resistance | Fusing conditions with flow-through-press | Appearance | |||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| BIOPOW® 1038 | Bio-based products, Copolyester | 85 – 85 °C DSC | 5 g / 10 Min. (MFI 190°C) |
|
35 % | yes (Home & Soil) | 40 °C | 63 °C |
Fugentemperatur: 125 – 150 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | ||||||||
| BIOPOW® 1036 | Bio-based products, Copolyester | 115 – 115 °C DSC | 22 g / 10 Min. (MFI 190°C) |
|
51 % | ✓ | yes (industrial) | 60 °C | 95 °C |
Fugentemperatur: 125 – 150 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | |||||||
| BIOPOW® 1043 | Bio-based products, Copolyester | 115 – 115 °C DSC | 22 g / 10 Min. (MFI 190°C) |
|
100 % | yes (industrial) | 60 °C | 95 °C |
Fugentemperatur: 125 – 150 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | ||||||||
| BIOPOW® 4000 | Bio-based products, Copolyester | 110 – 120 °C DSC | 1 g / 10 Min. (MFI 190°C) |
|
40 % | ✓ | yes (Home & Soil) |
Fugentemperatur: 130 – 150 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | |||||||||
| BIOPOW® 4042 | Bio-based products, Copolyester | 65 – 75 °C DSC | 55 g / 10 Min. (MFI 160°C) |
|
60 % | yes (industrial) | moderate | 40 °C | 55 °C |
Fugentemperatur: 80 – 110 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | |||||||
| BIOPOW® 4045 | Bio-based products, Copolyester | 110 – 120 °C DSC | 25 g / 10 Min. (MFI 190°C) |
|
95 % | ✓ | yes (home, industrial) | 60 °C | 95 °C |
Fugentemperatur: 125 – 150 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | |||||||
| BIOPOW® 4046 | Bio-based products, Copolyester | 110 – 120 °C DSC | 4.5 g / 10 Min. (MFI 190°C) |
|
99 % | yes (industrial, Home in test period) |
Fugentemperatur: 125 – 150 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | ||||||||||
| BIOPOW® 5038 | Bio-based products, TPU | 100 – 125 °C DSC | 20 g / 10 Min. (MFI 160°C) |
|
40 % | no | good | 60 °C | 90 °C |
Fugentemperatur: 125 – 145 °C Druck: 2 – 4 N/cm² Zeit: 12 – 20 Sekunden |
White powder | |||||||
| ROWAFLEX™ DF 2 | Defoamer |
|
✓ | slight yellowish opaque | ||||||||||||||
| ROWAFLEX™ TH 3 | Thickener |
|
✓ | Slight yellowish, low-viscous liquid dispersion | ||||||||||||||
| ROWAFLEX™ TH 4 | Thickener |
|
0 % | ✓ | yes (89%) | Slight yellowish, low-viscous liquid dispersion | ||||||||||||
| ROWAFLEX™ TH 5 | Thickener |
|
0 % | yes (89%) | Slight yellowish, low-viscous liquid dispersion | |||||||||||||
| ROWAFLEX™ X 100 | Paste Stabilizer |
|
opaque, ropy liquid | |||||||||||||||
| ROWAFLEX™ X 502 | Plasticizer |
|
✓ | Colorless liquid | ||||||||||||||
| ROWAFLEX™ X 572 | Emulsifier |
|
✓ | Clear to cloudy liquid | ||||||||||||||
| ROWAFLEX™ X 600 | Crosslinker |
|
clear, almost colorless liquid | |||||||||||||||
| ROWAFLEX™ X 800 | Dispersions / Solutions |
|
Opaque white liquid | |||||||||||||||
| ROWALIT™ 1009 | Copolymer Blend | 65 – 110 °C DSC | 90 g / 10 Min. (MFI 190°C) |
|
0 % | no | 70 °C |
Fugentemperatur: 120 – 135 °C Druck: 2 – 5 N/cm² Zeit: 8 – 10 Sekunden |
White powder | |||||||||
| ROWALIT™ 1014 | Copolymer Blend | 65 – 110 °C DSC | 40 g / 10 Min. (MFI 190°C) |
|
0 % | no | 75 °C |
Fugentemperatur: 120 – 135 °C Druck: 2 – 5 N/cm² Zeit: 8 – 10 Sekunden |
White powder | |||||||||
| ROWALIT™ 200-1 | Copolyamide | 100 – 115 °C DSC | 16 g / 10 Min. (MFI 160°C) |
|
✓ | no | very good | 60 °C | 100 °C |
Fugentemperatur: 130 – 160 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White Powder | |||||||
| ROWALIT™ 200-11 | Copolyamide | 105 – 115 °C DSC | 20 g / 10 Min. (MFI 160°C) |
|
✓ | no | very good | 60 °C | 100 °C |
Fugentemperatur: 120 – 140 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White powder | |||||||
| ROWALIT™ 200-13 | Copolyamide | 120 – 130 °C DSC | 23 g / 10 Min. (MFI 160°C) |
|
no | very good | 80 °C | 110 °C |
Fugentemperatur: 130 – 150 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | ||||||||
| ROWALIT™ 200-14 | Bio-based products, Copolyamide | 110 – 120 °C DSC | 30 g / 10 Min. (MFI 160°C) |
|
38 % | ✓ | no | good | 60 °C | 100 °C |
Fugentemperatur: 120 – 150 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | ||||||
| ROWALIT™ 200-16 | Bio-based products, Copolyamide | 110 – 120 °C DSC | 40 g / 10 Min. (MFI 160°C) |
|
42 % | no | very good | 60 °C |
Fugentemperatur: 120 – 140 °C Druck: 3 – 5 N/cm² Zeit: 10 – 18 Sekunden |
White powder | ||||||||
| ROWALIT™ 200-2 | Copolyamide | 120 – 130 °C DSC | 19 g / 10 Min. (MFI 160°C) |
|
0 % | ✓ | no | very good | 95 °C | 115 °C |
Fugentemperatur: 140 – 160 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | ||||||
| ROWALIT™ 200-20 | Copolyamide | 110 – 120 °C DSC | 40 g / 10 Min. (MFI 160°C) |
|
0 % | no | very good | 60 °C | 100 °C |
Fugentemperatur: 125 – 150 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | |||||||
| ROWALIT™ 200-27 | Copolyamide | 110 – 120 °C DSC | 210 g / 10 Min. (MFI 160°C) |
|
0 % | ✓ | no | very good | 60 °C | 150 °C |
Fugentemperatur: 120 – 140 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White powder | ||||||
| ROWALIT™ 200-3 | Bio-based products, Copolyamide | 75 – 85 °C DSC | 90 g / 10 Min. (MFI 160°C) |
|
90 % | no | very good | 40 °C | 60 °C |
Fugentemperatur: 90 – 120 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White powder | |||||||
| ROWALIT™ 200-42 | Copolyamide | 105 – 125 °C DSC | 40 g / 10 Min. (MFI 160°C) |
|
0 % | no | very good | 60 °C | 60 °C |
Fugentemperatur: 130 – 150 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White powder | |||||||
| ROWALIT™ 200-51 | Copolyamide | 125 – 135 °C DSC | 25 g / 10 Min. (MFI 160°C) |
|
✓ | no | very good | 95 °C | 115 °C |
Fugentemperatur: 140 – 160 °C Druck: 3 – 5 N/cm² Zeit: 10 – 20 Sekunden |
White powder | |||||||
| ROWALIT™ 200-60A | Copolyamide | 110 – 120 °C DSC | 90 g / 10 Min. (MFI 160°C) |
|
0 % | no | very good | 60 °C | 80 °C |
Fugentemperatur: 100 – 140 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
slight transparent granule | |||||||
| ROWALIT™ 200-63 | Copolyamide | 100 – 120 °C DSC | 180 g / 10 Min. (MFI 160°C) |
|
0 % | ✓ | no | very good | 60 °C | 90 °C |
Fugentemperatur: 110 – 145 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White powder | ||||||
| ROWALIT™ 200-7 | Copolyamide | 85 – 95 °C DSC | 70 g / 10 Min. (MFI 160°C) |
|
20 % | no | very good | 60 °C | 80 °C |
Fugentemperatur: 95 – 125 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White powder | |||||||
| ROWALIT™ 200-7A | Copolyamide | 85 – 95 °C DSC | 90 g / 10 Min. (MFI 160°C) |
|
90 % | no | good | 50 °C | 80 °C |
Fugentemperatur: 95 – 120 °C Druck: 3 – 5 N/cm² Zeit: 10 – 20 Sekunden |
White powder, Pellets | |||||||
| ROWALIT™ 200-8 | Copolyamide | 95 – 105 °C DSC | 120 g / 10 Min. (MFI 160°C) |
|
0 % | no | very good | 60 °C | 85 °C |
Fugentemperatur: 110 – 140 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White powder | |||||||
| ROWALIT™ 200-81 | Copolyamide | 105 – 115 °C DSC | 70 g / 10 Min. (MFI 160°C) |
|
40 % | no | very good | 60 °C | 80 °C |
Fugentemperatur: 120 – 140 °C Druck: 3 – 5 N/cm² Zeit: 12 – 18 Sekunden |
slight transparent granule | |||||||
| ROWALIT™ 200-86 | Copolyamide | 105 – 115 °C DSC | 6 g / 10 Min. (MFI 160°C) |
|
nein | very good | 60 °C | 100 °C |
Fugentemperatur: 120 – 140 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | ||||||||
| ROWALIT™ 300-1/18-150 | EVA | 75 – 79 °C DSC | 150 g / 10 Min. (MFI 190°C) |
|
40 °C | 40 °C |
Fugentemperatur: 90 – 95 °C Druck: 2 – 4 N/cm² Zeit: 3 – 5 Sekunden |
White powder | ||||||||||
| ROWALIT™ 300-1/28-150 | EVA | 65 – 69 °C DSC | 150 g / 10 Min. (MFI 190°C) |
|
✓ | 40 °C | 40 °C |
Fugentemperatur: 80 – 85 °C Druck: 2 – 4 N/cm² Zeit: 3 – 5 Sekunden |
White powder | |||||||||
| ROWALIT™ 300-1/28-20 | EVA | 65 – 69 °C DSC | 20 g / 10 Min. (MFI 190°C) |
|
✓ | 40 °C | 50 °C |
Fugentemperatur: 80 – 85 °C Druck: 2 – 4 N/cm² Zeit: 3 – 5 Sekunden |
White powder | |||||||||
| ROWALIT™ 300-1/28-25 | EVA | 65 – 69 °C DSC | 25 g / 10 Min. (MFI 190°C) |
|
✓ | 40 °C | 40 °C |
Fugentemperatur: 80 – 85 °C Druck: 2 – 4 N/cm² Zeit: 3 – 5 Sekunden |
White powder | |||||||||
| ROWALIT™ 300-1/33-25 | EVA | 59 – 65 °C DSC | 25 g / 10 Min. (MFI 190°C) |
|
✓ | 40 °C | 40 °C |
Fugentemperatur: 75 – 82 °C Druck: 2 – 4 N/cm² Zeit: 3 – 5 Sekunden |
White powder | |||||||||
| ROWALIT™ 300-1/33-45 | EVA | 59 – 65 °C DSC | 45 g / 10 Min. (MFI 190°C) |
|
40 °C | 40 °C |
Fugentemperatur: 75 – 82 °C Druck: 2 – 4 N/cm² Zeit: 3 – 5 Sekunden |
White powder | ||||||||||
| ROWALIT™ 300-1/34-25 | EVA | 59 – 65 °C DSC | 25 g / 10 Min. (MFI 190°C) |
|
✓ | 40 °C | 40 °C |
Fugentemperatur: 80 – 100 °C Druck: 2 – 5 N/cm² Zeit: 3 – 5 Sekunden |
White powder | |||||||||
| ROWALIT™ 300-1/40-55 | EVA | 55 – 59 °C DSC | 55 g / 10 Min. (MFI 190°C) |
|
✓ | 40 °C | 40 °C |
Fugentemperatur: 70 – 75 °C Druck: 2 – 4 N/cm² Zeit: 3 – 5 Sekunden |
White powder | |||||||||
| ROWALIT™ 400-1 | Copolyester | 118 – 123 °C DSC | 30 g / 10 Min. (MFI 160°C) |
|
0 % | no | good | 80 °C | 100 °C |
Fugentemperatur: 130 – 150 °C Druck: 3 – 5 N/cm² Zeit: 10 – 12 Sekunden |
White powder | |||||||
| ROWALIT™ 400-14 | Copolyester | 177 – 186 °C DSC | 110 g / 10 Min. (MFI 190°C) |
|
40 % | no | good | 90 °C | 140 °C |
Fugentemperatur: 210 – 230 °C Druck: 3 – 10 N/cm² Zeit: 12 – 20 Sekunden |
White powder | |||||||
| ROWALIT™ 400-2 | Copolyester | 110 – 115 °C DSC | 15 g / 10 Min. (MFI 160°C) |
|
0 % | no | good | 60 °C | 95 °C |
Fugentemperatur: 130 – 150 °C Druck: 3 – 10 N/cm² Zeit: 12 – 20 Sekunden |
White powder | |||||||
| ROWALIT™ 400-20 | Copolyester | 70 – 85 °C DSC | 150 g / 10 Min. (MFI 160°C) |
|
0 % | no | low | 40 °C | 70 °C |
Fugentemperatur: 90 – 120 °C Druck: 2 – 4 N/cm² Zeit: 10 – 15 Sekunden |
White powder | |||||||
| ROWALIT™ 400-21 | Bio-based products, Copolyester | 60 – 75 °C DSC | 35 g / 10 Min. (MFI 190°C) |
|
0 % | yes (Home & Soil / Industrial / Marine) | 30 °C |
Fugentemperatur: 75 – 95 °C Druck: 3 – 5 N/cm² Zeit: 10 – 25 Sekunden |
White powder | |||||||||
| ROWALIT™ 400-29 | Bio-based products, Copolyester | 110 – 120 °C DSC | 34 g / 10 Min. (MFI 160°C) |
|
30 % | ✓ | no | good | 60 °C | 100 °C |
Fugentemperatur: 120 – 140 °C Druck: 3 – 5 N/cm² Zeit: 10 – 12 Sekunden |
White Powder | ||||||
| ROWALIT™ 400-32 | Copolyester | 140 – 160 °C DSC | 5.5 g / 10 Min. (MFI 190°C) |
|
0 % | 60 °C | 130 °C |
Fugentemperatur: 160 – 190 °C Druck: 3 – 5 N/cm² Zeit: 10 – 20 Sekunden |
White powder | |||||||||
| ROWALIT™ 400-37M | Copolyester | 110 – 120 °C DSC | 20 g / 10 Min. (MFI 160°C) |
|
0 % | ✓ | no | good | 60 °C | 100 °C |
Fugentemperatur: 115 – 140 °C Druck: 3 – 5 N/cm² Zeit: 10 – 20 Sekunden |
White powder | ||||||
| ROWALIT™ 400-40 | Copolyester | 105 – 120 °C DSC | 40 g / 10 Min. (MFI 160°C) |
|
0 % | ✓ | no | good | 60 °C | 100 °C |
Fugentemperatur: 115 – 130 °C Druck: 3 – 5 N/cm² Zeit: 10 – 20 Sekunden |
White powder | ||||||
| ROWALIT™ 400-41 | Bio-based products, Copolyester | 110 – 120 °C DSC | 20 g / 10 Min. (MFI 160°C) |
|
0 % | yes (Home & Soil) | moderate | 40 °C | 100 °C |
Fugentemperatur: 125 – 150 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | |||||||
| ROWALIT™ 400-44 | Bio-based products, Copolyester | 110 – 120 °C DSC | 45 g / 10 Min. (MFI 160°C) |
|
30 % | no | good | 60 °C | 100 °C |
Fugentemperatur: 115 – 130 °C Druck: 3 – 5 N/cm² Zeit: 10 – 20 Sekunden |
White powder | |||||||
| ROWALIT™ 400-8 | Copolyester | 118 – 125 °C DSC | 35 g / 10 Min. (MFI 160°C) |
|
0 % | ✓ | no | fair | 60 °C | 100 °C |
Fugentemperatur: 125 – 145 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | ||||||
| ROWALIT™ 400-SIT-18 | Copolyester | 110 – 120 °C DSC | 30 g / 10 Min. (MFI 160°C) |
|
30 % | good | 60 °C | 80 °C |
Fugentemperatur: 110 – 135 °C Druck: 3 – 5 N/cm² Zeit: 10 – 20 Sekunden |
White powder | ||||||||
| ROWALIT™ 500-1 | TPU | 90 – 105 °C DSC | 4 g / 10 Min. (MFI 160°C) |
|
no | 90 °C |
Fugentemperatur: 100 – 120 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White powder | ||||||||||
| ROWALIT™ 500-3 | TPU | 60 – 80 °C DSC | 80 g / 10 Min. (MFI 160°C) |
|
no | fair | 60 °C | 50 °C |
Fugentemperatur: 75 – 80 °C Druck: 2 – 4 N/cm² Zeit: 10 – 15 Sekunden |
White powder | ||||||||
| ROWALIT™ 500-50 | TPU | 6 g / 10 Min. (MFI 160°C) |
|
0 % | ✓ | no | good | 60 °C | 60 °C |
Fugentemperatur: 120 – 145 °C Druck: 2 – 4 N/cm² Zeit: 10 – 20 Sekunden |
White powder | |||||||
| ROWALIT™ 500-57 | TPU | 4 g / 10 Min. (MFI 160°C) |
|
0 % | ✓ | no | good | 60 °C | 90 °C |
Fugentemperatur: 120 – 145 °C Druck: 2 – 4 N/cm² Zeit: 10 – 20 Sekunden |
White powder | |||||||
| ROWALIT™ 500-59 | TPU | 125 – 140 °C DSC | 30 g / 10 Min. (MFI 160°C) |
|
✓ | no | good | 90 °C | 110 °C |
Fugentemperatur: 140 – 150 °C Druck: 3 – 5 N/cm² Zeit: 12 – 20 Sekunden |
White powder | |||||||
| ROWALIT™ 500-7 | TPU | 62 – 66 °C DSC | 20 g / 10 Min. (MFI 160°C) |
|
fair |
Fugentemperatur: 75 – 85 °C Druck: 2 – 4 N/cm² Zeit: 10 – 15 Sekunden |
White powder | |||||||||||
| ROWALIT™ 500-SIT-23 | TPU | 20 g / 10 Min. (MFI 160°C) |
|
✓ | no | good | 60 °C | 90 °C |
Fugentemperatur: 125 – 145 °C Druck: 2 – 4 N/cm² Zeit: 12 – 20 Sekunden |
White powder | ||||||||
| ROWALIT™ 500-SIT-37 | TPU | 115 – 125 °C DSC | 20 g / 10 Min. (MFI 160°C) |
|
0 % | ✓ | no | good | 60 °C | 90 °C |
Fugentemperatur: 120 – 145 °C Druck: 2 – 4 N/cm² Zeit: 12 – 20 Sekunden |
White powder | ||||||
| ROWALIT™ 500-SIT-38 | TPU | 20 g / 10 Min. (MFI 160°C) |
|
0 % | ✓ | no | good | 60 °C | 90 °C |
Fugentemperatur: 125 – 145 °C Druck: 2 – 4 N/cm² Zeit: 12 – 20 Sekunden |
White powder | |||||||
| ROWALIT™ 600-1 | Polypropylene | 132 – 136 °C DSC | 4 g / 10 Min. (MFI 190°C) 8 g / 10 Min. (MFI 230°C) |
|
✓ | 95 °C | 115 °C |
Fugentemperatur: 140 – 180 °C Druck: 3 – 6 N/cm² Zeit: 12 – 30 Sekunden |
Powder | |||||||||
| ROWALIT™ 690 | Polypropylene | 150 – 165 °C DSC | 20 g / 10 Min. (MFI 190°C) |
|
95 °C | 150 °C |
Fugentemperatur: 160 – 200 °C Druck: 3 – 6 N/cm² Zeit: 12 – 25 Sekunden |
Pellets, Powder | ||||||||||
| ROWALIT™ FS-16 | Flame Retardancy | 110 – 120 °C DSC |
|
95 °C | White, weak odouros Powder | |||||||||||||
| ROWALIT™ FS-9 | Flame Retardancy | 110 – 120 °C DSC |
|
95 °C |
Fugentemperatur: 130 – 160 °C Druck: 3 – 5 N/cm² Zeit: 10 – 20 Sekunden |
White powder | ||||||||||||
| ROWALIT™ H150 | LDPE | 98 – 102 °C DSC | 150 g / 10 Min. (MFI 190°C) |
|
0 % | no | 40 °C | 60 °C |
Fugentemperatur: 120 – 130 °C Druck: 2 – 5 N/cm² Zeit: 8 – 10 Sekunden |
White powder | ||||||||
| ROWALIT™ H20 | LDPE | 104 – 108 °C DSC | 20 g / 10 Min. (MFI 190°C) |
|
0 % | nein | 60 °C | 80 °C |
Fugentemperatur: 130 – 150 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White powder | ||||||||
| ROWALIT™ H40 | LDPE | 102 – 106 °C DSC | 40 g / 10 Min. (MFI 190°C) |
|
0 % | ✓ | 60 °C | 80 °C |
Fugentemperatur: 130 – 150 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White powder | ||||||||
| ROWALIT™ H70 | LDPE | 100 – 104 °C DSC | 70 g / 10 Min. (MFI 190°C) |
|
0 % | ✓ | no | 60 °C | 80 °C |
Fugentemperatur: 130 – 140 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White powder | |||||||
| ROWALIT™ H8 | LDPE | 107 – 110 °C DSC | 8 g / 10 Min. (MFI 190°C) |
|
0 % | ✓ | nein | 60 °C | 80 °C |
Fugentemperatur: 130 – 150 °C Druck: 3 – 5 N/cm² Zeit: 10 – 15 Sekunden |
White powder | |||||||
| ROWALIT™ N100-20 | HDPE | 125 – 128 °C DSC | 20 g / 10 Min. (MFI 190°C) |
|
✓ | sehr gut | 95 °C | 110 °C |
Fugentemperatur: 150 – 170||170 °C Druck: 10||10 – 20 N/cm² Zeit: 10 – 12 Sekunden |
Weisses Pulver | ||||||||
| ROWALIT™ N100-3 | HDPE | 130 – 135 °C DSC | 4 g / 10 Min. (MFI 190°C) |
|
no | very good | 95 °C | 110 °C |
Fugentemperatur: 170 – 180||180 °C Druck: 15||15 – 25||25 N/cm² Zeit: 12 – 18 Sekunden |
White powder | ||||||||
| ROWALIT™ N100-6 | HDPE | 128 – 130 °C DSC | 6 g / 10 Min. (MFI 190°C) |
|
✓ | no | very good | 95 °C | 110 °C |
Fugentemperatur: 155 – 170 °C Druck: 10 – 20 N/cm² Zeit: 12 – 18 Sekunden |
White powder | |||||||
| ROWALIT™ PBT 01-1 | PBT | 220 – 230 °C DSC | 115 g / 10 Min. (MFI 230°C) |
|
160 °C |
Fugentemperatur: 250 – 260 °C Druck: 3 – 5 N/cm² Zeit: 10 – 12 Sekunden |
White powder | |||||||||||
| ROWALIT™ PET-32 | Copolyester | 140 – 160 °C DSC | 5.5 g / 10 Min. (MFI 190°C) |
|
0 % | no | 60 °C | 100 °C |
Fugentemperatur: 160 – 190 °C Druck: 3 – 5 N/cm² Zeit: 10 – 20 Sekunden |
White powder | ||||||||
| ROWALIT™ SS 8 | Ionomer | 95 – 100 °C DSC | 6 g / 10 Min. (MFI 190°C) |
|
80 °C |
Fugentemperatur: 130 – 150 °C Druck: 3 – 5 N/cm² Zeit: 10 – 20 Sekunden |
White powder |
ROWAK develops high-quality, functional and sustainable adhesive solutions for mid-sized and industrial manufacturers—designed to be flexibly integrated into your processes.
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