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Swiss Engineered Adhesives

Swiss Engineered Adhesives

ROWAK
Products & Solutions2026-08-05T10:04:15+02:00
Produkte HG Bild

sticks and solves your problems.

Products & Solutions

Produkte HG Bild

We offer both proven, standardised adhesives and customised solutions tailored to specific requirements.

As a medium-sized partner serving a wide range of industries, we support existing as well as emerging applications and markets with new product developments.

Our close collaboration with customers enables direct technical support and efficient, application‑focused development for series production.

With a clear focus on sustainability, we increasingly work with bio‑based raw materials and develop environmentally conscious systems, including our bio‑based and/or biodegradable product lines BIOFUSER® and BIOPOW®.

individually tailored to perfection.

Weoßes Micropulver auf schwarzem Hintergrund
ROWALIT™

The ROWALIT™ range – from ROWAK AG – comprises thermoplastic polymer powders, particularly those based on copolyamide, PA6, PA66, PA12, copolyester, PBT, PET, TPU, LD/HDPE, PP and EVA, and forms the core of its hot-melt adhesive solutions.

    Customisable material properties

    ROWALIT™ powders and granules can be adjusted to specific requirements such as bonding behaviour, melt viscosity, particle size, and fixation temperature.

    Broad range for diverse applications

    A wide selection of melting points and flow characteristics allows a precise fit for applications such as lamination, filter bonding, screen printing, or heat transfer printing, to name just a few.

    Compatibility with ROWAFLEX™ additives

    The ROWAFLEX™ range (e.g. TH3, DF2, X502) complements ROWALIT™ and BIOPOW® powders for formulation‑flexible, paste‑based, or functionalised applications.

    In‑house testing capabilities

    Application‑oriented pre‑testing, including laminations, fixation tests, and process validations, supports reliable use under practical production conditions.

    Environmental added value with BIOFUSER® and BIOPOW®

    ROWALIT™ is also available as bio‑based raw materials, offering comparable performance in relevant applications.

    Unleash and experience: Our hotmelts deliver what they are designed for — from the beginning to the end of the application’s life cycle.
    Willing to explore more on EVA vs. COPA vs. COPES, or a recommendation for a specific application such as wash resistance, direct lamination, or filter bonding?

    Typical applications:

    • Textile lamination
    • Technical textiles
    • Footwear components (leather, textiles, non-wovens, etc.)
    • Carpet applications (automotive, indoor, outdoor, etc.)
    • Medical textiles
    • Filter materials
    • Heat transfer printing
    • Hygiene products

    200-1

    400-37M

    300-1/ 28-150

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    Tell us about your particular challenge: we can provide further advice or make specific recommendations. Following your Needs.

    The perfect ingredient for sustainable, flexible adhesive formulations.

    ROWAFLEX™ - die perfekte zutat für nachhaltig flexible klebstoffrezepte.
    ROWALIT™

    The additives in the ROWAFLEX™ series – when combined with ROWALIT™ and BIOPOW® powders, they enable highly functional adhesive systems that are precisely tailored to industrial requirements. They offer a significant improvement in performance, formulation flexibility, practical validation and sustainable options.

    The ROWAFLEX™ series of additives from ROWAK AG are designed to specifically modify, enhance and functionally expand thermoplastic adhesive systems – in particular powder adhesives such as ROWALIT™ and BIOPOW®.

      Targeted functionalisation:

      Adjustment of viscosity, adhesion, crosslinking behaviour, print stability, and flow characteristics

      Process optimisation:

      Support for easier application, screen printing, emulsification, direct lamination, and related processes

      Solvent‑free & environmentally conscious:

      ROWAFLEX™ additives are available as water‑based systems or solid additives

      High formulation compatibility:

      Optimally matched to ROWALIT™ and BIOPOW® powders and compatible with many other polymers

      Reproducible results:

      Additives have been extensively evaluated in our technical centre and in practical customer projects

      Effective at low dosage:

      Functional impact already at low addition levels (in selected applications in some cases below 1%)

      Typical applications:

      • Textile printing additives
      • Printable adhesives/heat-sealable pastes
      • Interlinings
      • Stabilisers and emulsifiers
      • Aqueous paste formulations
      • Additives for powders in water suspensions/dispersions
      • Surface coatings/textures
      • Technical textiles
      • Coating of packaging and paper (e.g. grease, oil or oxygen barriers)
      • Flame-retardant paste formulations
      • Additives with antimicrobial properties
      • Colour pastes for textile applications

      X100

      X502

      X800

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      Tell us about your particular challenge: we can provide further advice or make specific recommendations. Following your Needs.

      the unique combination of bio‑based materials and performance.

      BIOFUSER® - die einzigartige verbindung von ‘bio’ und leistung.
      ROWALIT™

      BIOFUSER® (granulate) and BIOPOW® (powder) comprise hotmelt adhesive product series in which the raw materials used — depending on the formulation—

      • contain a biogenic carbon content (determined by the C¹⁴ method in accordance with EN 15440 or ASTM D6866) and/or
      • include biodegradable components.

      Any statements regarding biodegradability or compostability refer exclusively to individual raw materials or raw material components provided by the respective suppliers and do not constitute a certification or conformity claim for the finished product.

      Where documented by the relevant supplier, the classification of the raw materials is based on the following recognized categories:

      • Home compost: OK compost HOME (TÜV AUSTRIA, OK 2 edition D)
      • Industrial compost: EN 13432:2000 / OK compost INDUSTRIAL
      • Soil: OK biodegradable SOIL (OK 10 edition C)

        Clean handling:

        dust-free, easy to store and transport

        Process reliability:

        consistent melting behavior, optimal dosing accuracy

        Automation-ready:

        ideal for conveying systems and large-scale industrial applications

        Sustainable:

        bio‑based or biodegradable – without compromising performance

        Typical applications:

        • Bio-based and/or biodegradable plastic applications
        • Hybrid plastic applications containing bio-based content and/or biodegradable properties
        • Composites
        • Additive manufacturing (granulate or filament-based 3D printing using FGF or FDM processes)
        • Injection moulding, extrusion
        • Blow and cast film extrusion (e.g. packaging, agricultural films, food contact)
        • Conveyor belts suitable for food contact
        • Injection moulding for technical parts
        • Composites with reinforcing fillers
        • Granulates with customised properties (Shore hardness, elongation at break and tensile strength)
        • Flame-retardant granulates for technical applications
        • Coloured granulate compounds

        4046

        4045

        4000

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        Tell us about your particular challenge: we can provide further advice or make specific recommendations. Following your Needs.

        New bio‑based perspectives – engineered in powder form.

        Weoßes Micropulver auf schwarzem Hintergrund
        ROWALIT™

        BIOPOW® (powder) is particularly suited for flexible formulations and tailored material characteristics, while BIOFUSER® (granulate) offers advantages in robust processing and automated applications.
Depending on the application and formulation, both product forms can be used as alternatives to conventional polymer-based solutions.

        Research & Development

        Advancing more sustainable solutions requires a re‑evaluation of materials — including adhesive systems.
Based on our R&D expertise in bio‑polymers, which is continuously further developed within DBU and INNOSUISSE research projects, we are able to adapt key material properties of BIOPOW® and BIOFUSER® to specific application requirements.

        With BIOPOW® and BIOFUSER®, we support our customers in developing more sustainable and future‑oriented product solutions.

          Innovative:

          combining functional properties with sustainability‑oriented material concepts

          Process reliability:

          stable coating processes and safe handling under defined application conditions

          Reliability:

          carefully selected supply chains and consistent product quality

          Typical applications:

          • Bio-based adhesive powder applications
          • Biodegradable adhesive powder applications
          • Hybrid adhesive powder applications
          • Replaces traditional adhesive powders
          • Interlinings
          • Printable adhesives/heat-sealable pastes
          • Conveyor belts suitable for food contact
          • Additive manufacturing (powder-based 3D printing using SLS or HSS processes)
          • Agricultural films & compost bags (due to compostability and bio-content)
          • Leather laminates for footwear
          • Technical laminates (textile/film)
          • Coloured powder compounds

          4046

          4045

          4000

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          Tell us about your particular challenge: we can provide further advice or make specific recommendations. Following your Needs.

          Product Name Download Type Melting range Melt Flow Index Powder Sizes
          Pastedot Doubledot Powderdot Scatter Granules
          		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 Lamination temperature: 125 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          BIOPOW® 1036 Bio-based products, Copolyester 115 – 115 °C DSC 22 g / 10 Min. (MFI 190°C)
          0 – 80 µm 80 – 200 µm 100 – 500 µm ✓
          		51 % ✓ yes (industrial) 60 °C 95 °C Lamination temperature: 125 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          BIOPOW® 1043 Bio-based products, Copolyester 115 – 115 °C DSC 22 g / 10 Min. (MFI 190°C)
          0 – 80 µm 80 – 200 µm 100 – 500 µm ✓
          		100 % yes (industrial) 60 °C 95 °C Lamination temperature: 125 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          BIOPOW® 4000 Bio-based products, Copolyester 110 – 120 °C DSC 1 g / 10 Min. (MFI 190°C)
          0 – 80 µm 80 – 200 µm 0 – 200 µm 0 – 300 µm
          100 – 500 µm          		 ✓
          		40 % ✓ yes (Home & Soil) Lamination temperature: 130 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          BIOPOW® 4042 Bio-based products, Copolyester 65 – 75 °C DSC 55 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm ✓
          		60 % yes (industrial) moderate 40 °C 55 °C Lamination temperature: 80 – 110 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          BIOPOW® 4045 Bio-based products, Copolyester 110 – 120 °C DSC 25 g / 10 Min. (MFI 190°C)
          0 – 80 µm 80 – 200 µm 100 – 500 µm ✓
          		95 % ✓ yes (home, industrial) 60 °C 95 °C Lamination temperature: 125 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          BIOPOW® 4046 Bio-based products, Copolyester 110 – 120 °C DSC 4.5 g / 10 Min. (MFI 190°C)
          0 – 80 µm 80 – 200 µm 100 – 500 µm ✓
          		99 % yes (industrial, Home in test period) Lamination temperature: 125 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          BIOPOW® 5038 Bio-based products, TPU 100 – 125 °C DSC 20 g / 10 Min. (MFI 160°C)
          0 – 63 µm
          0 – 80 µm          		 80 – 200 µm 0 – 500 µm ✓
          		40 % no good 60 °C 90 °C Lamination temperature: 125 – 145 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 12 – 20 seconds           		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 – 400 µm
          0 – 500 µm
          		0 % no 70 °C Lamination temperature: 120 – 135 °C
          Pneumatic pressure: 2 – 5 N/cm²
          Time: 8 – 10 seconds           		White powder
          ROWALIT™ 1014 Copolymer Blend 65 – 110 °C DSC 40 g / 10 Min. (MFI 190°C)
          0 – 400 µm
          0 – 500 µm
          		0 % no 75 °C Lamination temperature: 120 – 135 °C
          Pneumatic pressure: 2 – 5 N/cm²
          Time: 8 – 10 seconds           		White powder
          ROWALIT™ 200-1 Copolyamide 100 – 115 °C DSC 16 g / 10 Min. (MFI 160°C)
          0 – 63 µm
          0 – 80 µm          		 80 – 200 µm ✓ 100 – 500 µm ✓
          		✓ no very good 60 °C 100 °C Lamination temperature: 130 – 160 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		White Powder
          ROWALIT™ 200-11 Copolyamide 105 – 115 °C DSC 20 g / 10 Min. (MFI 160°C)
          0 – 63 µm
          0 – 80 µm          		 80 – 200 µm 100 – 500 µm ✓
          		✓ no very good 60 °C 100 °C Lamination temperature: 120 – 140 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		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
          		no very good 80 °C 110 °C Lamination temperature: 130 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          ROWALIT™ 200-14 Bio-based products, Copolyamide 110 – 120 °C DSC 30 g / 10 Min. (MFI 160°C)
          0 – 500 µm ✓
          		38 % ✓ no good 60 °C 100 °C Lamination temperature: 120 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          ROWALIT™ 200-16 Bio-based products, Copolyamide 110 – 120 °C DSC 40 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm ✓ ✓
          		42 % no very good 60 °C Lamination temperature: 120 – 140 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 18 seconds           		White powder
          ROWALIT™ 200-2 Copolyamide 120 – 130 °C DSC 19 g / 10 Min. (MFI 160°C)
          0 – 63 µm
          0 – 80 µm          		 80 – 200 µm 0 – 160 µm 100 – 500 µm ✓
          		0 % ✓ no very good 95 °C 115 °C Lamination temperature: 140 – 160 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          ROWALIT™ 200-20 Copolyamide 110 – 120 °C DSC 40 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm 0 – 160 µm ✓ ✓
          		0 % no very good 60 °C 100 °C Lamination temperature: 125 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          ROWALIT™ 200-27 Copolyamide 110 – 120 °C DSC 210 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm ✓
          		0 % ✓ no very good 60 °C 150 °C Lamination temperature: 120 – 140 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ 200-3 Bio-based products, Copolyamide 75 – 85 °C DSC 90 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm ✓
          		90 % no very good 40 °C 60 °C Lamination temperature: 90 – 120 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ 200-42 Copolyamide 105 – 125 °C DSC 40 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm ✓
          		0 % no very good 60 °C 60 °C Lamination temperature: 130 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ 200-51 Copolyamide 125 – 135 °C DSC 25 g / 10 Min. (MFI 160°C)
          0 – 80 µm ✓ ✓
          		✓ no very good 95 °C 115 °C Lamination temperature: 140 – 160 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 20 seconds           		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 Lamination temperature: 100 – 140 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		slight transparent granule
          ROWALIT™ 200-63 Copolyamide 100 – 120 °C DSC 180 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm ✓
          		0 % ✓ no very good 60 °C 90 °C Lamination temperature: 110 – 145 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ 200-7 Copolyamide 85 – 95 °C DSC 70 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm 100 – 500 µm ✓
          		20 % no very good 60 °C 80 °C Lamination temperature: 95 – 125 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ 200-7A Copolyamide 85 – 95 °C DSC 90 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm 100 – 500 µm ✓
          		90 % no good 50 °C 80 °C Lamination temperature: 95 – 120 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 20 seconds           		White powder, Pellets
          ROWALIT™ 200-8 Copolyamide 95 – 105 °C DSC 120 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm ✓
          		0 % no very good 60 °C 85 °C Lamination temperature: 110 – 140 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		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 Lamination temperature: 120 – 140 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 18 seconds           		slight transparent granule
          ROWALIT™ 200-86 Copolyamide 105 – 115 °C DSC 6 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm 0 – 160 µm 100 – 500 µm ✓
          		nein very good 60 °C 100 °C Lamination temperature: 120 – 140 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          ROWALIT™ 300-1/18-150 EVA 75 – 79 °C DSC 150 g / 10 Min. (MFI 190°C)
          ✓
          		40 °C 40 °C Lamination temperature: 90 – 95 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 3 – 5 seconds           		White powder
          ROWALIT™ 300-1/28-150 EVA 65 – 69 °C DSC 150 g / 10 Min. (MFI 190°C)
          100 – 400 µm
          100 – 500 µm          		 ✓
          		✓ 40 °C 40 °C Lamination temperature: 80 – 85 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 3 – 5 seconds           		White powder
          ROWALIT™ 300-1/28-20 EVA 65 – 69 °C DSC 20 g / 10 Min. (MFI 190°C)
          100 – 400 µm
          100 – 500 µm          		 ✓
          		✓ 40 °C 50 °C Lamination temperature: 80 – 85 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 3 – 5 seconds           		White powder
          ROWALIT™ 300-1/28-25 EVA 65 – 69 °C DSC 25 g / 10 Min. (MFI 190°C)
          100 – 400 µm
          100 – 500 µm          		 ✓
          		✓ 40 °C 40 °C Lamination temperature: 80 – 85 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 3 – 5 seconds           		White powder
          ROWALIT™ 300-1/33-25 EVA 59 – 65 °C DSC 25 g / 10 Min. (MFI 190°C)
          100 – 500 µm ✓
          		✓ 40 °C 40 °C Lamination temperature: 75 – 82 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 3 – 5 seconds           		White powder
          ROWALIT™ 300-1/33-45 EVA 59 – 65 °C DSC 45 g / 10 Min. (MFI 190°C)
          100 – 500 µm ✓
          		40 °C 40 °C Lamination temperature: 75 – 82 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 3 – 5 seconds           		White powder
          ROWALIT™ 300-1/34-25 EVA 59 – 65 °C DSC 25 g / 10 Min. (MFI 190°C)
          100 – 500 µm ✓
          		✓ 40 °C 40 °C Lamination temperature: 80 – 100 °C
          Pneumatic pressure: 2 – 5 N/cm²
          Time: 3 – 5 seconds           		White powder
          ROWALIT™ 300-1/40-55 EVA 55 – 59 °C DSC 55 g / 10 Min. (MFI 190°C)
          ✓
          		✓ 40 °C 40 °C Lamination temperature: 70 – 75 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 3 – 5 seconds           		White powder
          ROWALIT™ 400-1 Copolyester 118 – 123 °C DSC 30 g / 10 Min. (MFI 160°C)
          0 – 63 µm
          0 – 80 µm          		 80 – 160 µm
          80 – 200 µm          		 0 – 160 µm 100 – 500 µm ✓
          		0 % no good 80 °C 100 °C Lamination temperature: 130 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 12 seconds           		White powder
          ROWALIT™ 400-14 Copolyester 177 – 186 °C DSC 110 g / 10 Min. (MFI 190°C)
          0 – 80 µm ✓
          		40 % no good 90 °C 140 °C Lamination temperature: 210 – 230 °C
          Pneumatic pressure: 3 – 10 N/cm²
          Time: 12 – 20 seconds           		White powder
          ROWALIT™ 400-2 Copolyester 110 – 115 °C DSC 15 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm ✓
          		0 % no good 60 °C 95 °C Lamination temperature: 130 – 150 °C
          Pneumatic pressure: 3 – 10 N/cm²
          Time: 12 – 20 seconds           		White powder
          ROWALIT™ 400-20 Copolyester 70 – 85 °C DSC 150 g / 10 Min. (MFI 160°C)
          ✓
          		0 % no low 40 °C 70 °C Lamination temperature: 90 – 120 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ 400-21 Bio-based products, Copolyester 60 – 75 °C DSC 35 g / 10 Min. (MFI 190°C)
          0 – 80 µm 80 – 160 µm
          80 – 200 µm          		 0 – 200 µm 100 – 500 µm ✓
          		0 % yes (Home & Soil / Industrial / Marine) 30 °C Lamination temperature: 75 – 95 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 25 seconds           		White powder
          ROWALIT™ 400-29 Bio-based products, Copolyester 110 – 120 °C DSC 34 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm ✓
          		30 % ✓ no good 60 °C 100 °C Lamination temperature: 120 – 140 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 12 seconds           		White Powder
          ROWALIT™ 400-32 Copolyester 140 – 160 °C DSC 5.5 g / 10 Min. (MFI 190°C)
          0 – 80 µm 80 – 200 µm 0 – 200 µm 100 – 500 µm ✓
          		0 % 60 °C 130 °C Lamination temperature: 160 – 190 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 20 seconds           		White powder
          ROWALIT™ 400-37M Copolyester 110 – 120 °C DSC 20 g / 10 Min. (MFI 160°C)
          0 – 63 µm
          0 – 80 µm          		 80 – 200 µm ✓
          		0 % ✓ no good 60 °C 100 °C Lamination temperature: 115 – 140 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 20 seconds           		White powder
          ROWALIT™ 400-40 Copolyester 105 – 120 °C DSC 40 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm ✓ ✓
          		0 % ✓ no good 60 °C 100 °C Lamination temperature: 115 – 130 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 20 seconds           		White powder
          ROWALIT™ 400-41 Bio-based products, Copolyester 110 – 120 °C DSC 20 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm ✓
          		0 % yes (Home & Soil) moderate 40 °C 100 °C Lamination temperature: 125 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          ROWALIT™ 400-44 Bio-based products, Copolyester 110 – 120 °C DSC 45 g / 10 Min. (MFI 160°C)
          0 – 63 µm
          0 – 80 µm          		 80 – 200 µm 100 – 500 µm ✓
          		30 % no good 60 °C 100 °C Lamination temperature: 115 – 130 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 20 seconds           		White powder
          ROWALIT™ 400-8 Copolyester 118 – 125 °C DSC 35 g / 10 Min. (MFI 160°C)
          0 – 80 µm
          		0 % ✓ no fair 60 °C 100 °C Lamination temperature: 125 – 145 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          ROWALIT™ 400-SIT-18 Copolyester 110 – 120 °C DSC 30 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm ✓
          		30 % good 60 °C 80 °C Lamination temperature: 110 – 135 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 20 seconds           		White powder
          ROWALIT™ 500-1 TPU 90 – 105 °C DSC 4 g / 10 Min. (MFI 160°C)
          100 – 500 µm ✓
          		no 90 °C Lamination temperature: 100 – 120 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ 500-3 TPU 60 – 80 °C DSC 80 g / 10 Min. (MFI 160°C)
          100 – 500 µm ✓
          		no fair 60 °C 50 °C Lamination temperature: 75 – 80 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ 500-50 TPU 6 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm 100 – 500 µm ✓
          		0 % ✓ no good 60 °C 60 °C Lamination temperature: 120 – 145 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 10 – 20 seconds           		White powder
          ROWALIT™ 500-57 TPU 4 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm 100 – 500 µm ✓
          		0 % ✓ no good 60 °C 90 °C Lamination temperature: 120 – 145 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 10 – 20 seconds           		White powder
          ROWALIT™ 500-59 TPU 125 – 140 °C DSC 30 g / 10 Min. (MFI 160°C)
          0 – 80 µm 80 – 200 µm 100 – 500 µm ✓
          		✓ no good 90 °C 110 °C Lamination temperature: 140 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 12 – 20 seconds           		White powder
          ROWALIT™ 500-7 TPU 62 – 66 °C DSC 20 g / 10 Min. (MFI 160°C)
          100 – 500 µm ✓
          		fair Lamination temperature: 75 – 85 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ 500-SIT-23 TPU 20 g / 10 Min. (MFI 160°C)
          0 – 63 µm
          0 – 80 µm          		 80 – 200 µm 100 – 500 µm ✓
          		✓ no good 60 °C 90 °C Lamination temperature: 125 – 145 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 12 – 20 seconds           		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 ✓
          		0 % ✓ no good 60 °C 90 °C Lamination temperature: 120 – 145 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 12 – 20 seconds           		White powder
          ROWALIT™ 500-SIT-38 TPU 20 g / 10 Min. (MFI 160°C)
          0 – 63 µm
          0 – 80 µm          		 80 – 200 µm 100 – 500 µm ✓
          		0 % ✓ no good 60 °C 90 °C Lamination temperature: 125 – 145 °C
          Pneumatic pressure: 2 – 4 N/cm²
          Time: 12 – 20 seconds           		White powder
          ROWALIT™ 600-1 Polypropylene 132 – 136 °C DSC 4 g / 10 Min. (MFI 190°C) 8 g / 10 Min. (MFI 230°C)
          80 – 200 µm 0 – 200 µm
          		✓ 95 °C 115 °C Lamination temperature: 140 – 180 °C
          Pneumatic pressure: 3 – 6 N/cm²
          Time: 12 – 30 seconds           		Powder
          ROWALIT™ 690 Polypropylene 150 – 165 °C DSC 20 g / 10 Min. (MFI 190°C)
          ✓
          		95 °C 150 °C Lamination temperature: 160 – 200 °C
          Pneumatic pressure: 3 – 6 N/cm²
          Time: 12 – 25 seconds           		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 Lamination temperature: 130 – 160 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 20 seconds           		White powder
          ROWALIT™ H150 LDPE 98 – 102 °C DSC 150 g / 10 Min. (MFI 190°C)
          ✓
          		0 % no 40 °C 60 °C Lamination temperature: 120 – 130 °C
          Pneumatic pressure: 2 – 5 N/cm²
          Time: 8 – 10 seconds           		White powder
          ROWALIT™ H20 LDPE 104 – 108 °C DSC 20 g / 10 Min. (MFI 190°C)
          ✓
          		0 % nein 60 °C 80 °C Lamination temperature: 130 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ H40 LDPE 102 – 106 °C DSC 40 g / 10 Min. (MFI 190°C)
          ✓
          		0 % ✓ 60 °C 80 °C Lamination temperature: 130 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ H70 LDPE 100 – 104 °C DSC 70 g / 10 Min. (MFI 190°C)
          ✓
          		0 % ✓ no 60 °C 80 °C Lamination temperature: 130 – 140 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ H8 LDPE 107 – 110 °C DSC 8 g / 10 Min. (MFI 190°C)
          ✓
          		0 % ✓ nein 60 °C 80 °C Lamination temperature: 130 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 15 seconds           		White powder
          ROWALIT™ N100-20 HDPE 125 – 128 °C DSC 20 g / 10 Min. (MFI 190°C)
          0 – 80 µm 80 – 200 µm 0 – 160 µm
          		✓ sehr gut 95 °C 110 °C Lamination temperature: 150 – 170||170 °C
          Pneumatic pressure: 10||10 – 20 N/cm²
          Time: 10 – 12 seconds           		Weisses Pulver
          ROWALIT™ N100-3 HDPE 130 – 135 °C DSC 4 g / 10 Min. (MFI 190°C)
          0 – 80 µm
          		no very good 95 °C 110 °C Lamination temperature: 170 – 180||180 °C
          Pneumatic pressure: 15||15 – 25||25 N/cm²
          Time: 12 – 18 seconds           		White powder
          ROWALIT™ N100-6 HDPE 128 – 130 °C DSC 6 g / 10 Min. (MFI 190°C)
          0 – 80 µm 80 – 200 µm
          		✓ no very good 95 °C 110 °C Lamination temperature: 155 – 170 °C
          Pneumatic pressure: 10 – 20 N/cm²
          Time: 12 – 18 seconds           		White powder
          ROWALIT™ PBT 01-1 PBT 220 – 230 °C DSC 115 g / 10 Min. (MFI 230°C)
          0 – 80 µm
          		160 °C Lamination temperature: 250 – 260 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 12 seconds           		White powder
          ROWALIT™ PET-32 Copolyester 140 – 160 °C DSC 5.5 g / 10 Min. (MFI 190°C)
          0 – 80 µm 80 – 200 µm 0 – 200 µm 100 – 500 µm ✓
          		0 % no 60 °C 100 °C Lamination temperature: 160 – 190 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 20 seconds           		White powder
          ROWALIT™ SS 8 Ionomer 95 – 100 °C DSC 6 g / 10 Min. (MFI 190°C)
          		80 °C Lamination temperature: 130 – 150 °C
          Pneumatic pressure: 3 – 5 N/cm²
          Time: 10 – 20 seconds           		White powder

          At ROWAK, personal contact comes first.

          Submit your enquiry anytime via our contact form – our experts will get back to you by the next working day.

          Expect professional advice, technical expertise, and reliable international support.

          ROWAK

          ROWAK AG Switzerland
          Headquarters
          Hadlaubstrasse 66
          8006 Zürich

          +41 (0)43 300 53 33
          info@rowak.ch

          ROWAK AG Germany
          Chemical factory
          Schmittenstrasse 21
          79771 Klettgau-Griessen

          +49 (0)7742 15 25
          info@rowak.de

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          coding by deutz produktionsstudios

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