FlowPacks on rolls | 7-day express production

YOUR BENEFITS

Benefit from many advantages

You will receive your flowpacks in no time – produced in just 10 working days and ready for immediate dispatch.

You can start with small print runs, allowing you to test products or respond flexibly to the market.

You use digital printing for small and medium quantities or flexographic printing for large print runs and precise Pantone special colours.

You package your products safely, hygienically and in accordance with all applicable standards for direct food contact.

You rely on sustainable materials that are fully recyclable and future-proof according to PPWR guidelines.

You will always have a dedicated contact person who will advise you individually and accompany you from enquiry to delivery.

Lasse Harder
CEO & FlexPack-Specialist

Let's take your flowpacks to the next level!

Our experienced team of packaging specialists is always available to assist you by telephone or email. Whether you have extensive projects, individual solutions or specific questions about our products, materials, production processes and much more, we will advise you personally, competently and reliably. Together, we will find the right packaging solution for your requirements. Please do not hesitate to contact us – we look forward to hearing from you.

Tel.: +49 (0) 751 951 440 0

Mail: [email protected]

Highest quality

Materials for flowpacks

PP mono films

Paper materials

White PP mono film

76 µm film thickness

White outside, white inside

Heat sealable on one side (inside)

High barrier (OTR <0.1, WVTR <0.1)

Excellent aroma barrier

Certified for foodstuffs (powders, pastes, liquids)

Made for recycling – monomaterial (PP5)

Download data sheet

PP mono film, silver

36 µm film thickness

Silver outside, silver inside

Heat sealable on one side (inside)

High barrier (OTR <0.1, WVTR <0.1)

Excellent aroma barrier

Certified for foodstuffs (powders, pastes, liquids)

Made for recycling – monomaterial (PP5)

Download data sheet

PP mono film, silver on both sides, roll stock

PP-Monofolie silber / weiß

46 µm film thickness

Außen silber, innen weiß

Heat sealable on one side (inside)

High barrier (OTR <0.1, WVTR <0.1)

Excellent aroma barrier

Certified for foodstuffs (powders, pastes, liquids)

Made for recycling – monomaterial (PP5)

Download data sheet

PP Monofolie außen silber innen weiß Rollenware

PP-Monofolie transparent

38 µm film thickness

Transparent (glänzende Oberfläche empfholen)

Heat sealable on one side (inside)

High barrier (OTR <01, / WVTR <1)

Excellent aroma barrier

Certified for foodstuffs (powders, pastes, liquids)

Made for recycling – monomaterial (PP5)

Download data sheet

Configure flow packs

Design unique flowpacks

Surfaces

The surfaces are available in matt, glossy or soft-touch finishes, giving your packaging a very high-quality feel and elegant appearance.

Metallic effects

With the help of metallised films, we can create individual metallic effects in any desired colour, enabling us to design exclusive and eye-catching designs.

Viewing window

Highly transparent viewing windows made from glossy BOPP, MDO-PE or PET films enable clear product presentation and make your product visible.

Recycling & PPWR

Our flexible packaging consists of recyclable mono films based on PP or PE and meets the requirements of the PPWR Regulation for sustainable packaging solutions.

>4000 CUSTOMERS PLACE THEIR TRUST IN US

Turn your flowpacks into game changers!

Do you need Flowpacks that suit your product? We'll take care of it – no matter whether small, large or really challenging. We have been printing in Germany for three generations and combine experience with modern technology. You get quality you can rely on and people who think for themselves. Together, we will turn your idea into the perfect packaging.

Google reviews

What our customers say

Flowpacks

Frequently asked question

Which materials are recyclable and are there recycling certificates?

What pouch materials are offered and what barrier do they provide?

How can I create a custom window for my pouch?

What foods can I put in the pouches?

Where can I get a declaration of conformity and other documents?

INTERESTING FACTS

Guide to flowpacks

Materials for flexible packaging

AlOx - aluminium oxide

The abbreviation AlOx stands for aluminium oxide and describes an ultra-thin, high-barrier inorganic coating that is usually applied to PET and BOPP films using a vacuum process. AlOx barriers are applied to the carrier film with a thickness in the nanometre range and are transparent.

Aluminium

Aluminium (ALU) is used in packaging film as a thin functional layer when particularly high levels of protection are required. Aluminium barriers provide the ultimate protection against oxygen, water vapour and light. The most common application is as a middle layer in PET/ALU/PE composite materials; which protects the sensitive aluminium and at the same time enables the best processing properties.

Barrier films

A barrier film is a barrier layer integrated into the packaging that protects food, cosmetic products or industrial goods from external influences such as oxygen, water vapour, UV radiation or even mineral oils.

Film thickness

The film thickness, also known as film thickness, is measured in micrometres (µm) and, depending on the application, is a decisive factor for film stability, product protection and printing and finishing options. Films are used in various areas such as logistics, packaging production and construction. Depending on the application, films have special properties such as:

Monomaterial

In the context of flexible packaging, a monomaterial refers to a material that is primarily made from one type of plastic – typically PE or PP-based. As a common rule of thumb for design for recycling, a structure is considered ‘mono’ if at least 90% of its total weight consists of the target polymer. The remaining portion may consist of printing inks, adhesives or thin functional layers such as barrier films – provided these do not interfere with the recycling process.

EVOH

The abbreviation EVOH stands for ethylene vinyl alcohol copolymer. In flexible packaging, EVOH is used as a thin, organic barrier layer to protect products primarily from oxygen (and thus oxidation and aroma loss). In packaging films, EVOH is usually transparent and is therefore suitable for clear high-barrier packaging.

Metallisation

Metallisation refers to aluminium-metallised barriers that are applied to a carrier film (e.g. BOPP or PET) in nanometre-thin layers using vacuum coating (PVD). This process enables very high oxygen, water vapour and light barriers to be achieved with minimal material usage.

PET (polyester)

Polyethylene terephthalate (PET) is a dimensionally stable, highly printable type of plastic that is primarily used as a printing and outer film in flexible packaging. Its excellent thermal stability in particular enables high mechanical loads and ensures dimensionally stable repeats over long print jobs.

PE (polyethylene)

Like PP, polyethylene (PE) belongs to the polyolefin group and is one of the most popular packaging materials due to its properties. Polyethylene is considered tough, stable and easy to weld. It is therefore mainly used as an internal sealing medium for various flexible packaging such as bags, flow packs and sachets. In modern mono-material structures, PE in the form of MDO-PE is also used as a PET substitute for printing films. So-called coex films are often used for flexible packaging such as stand-up pouches – in this process, EVOH barriers, for example, are already incorporated (extruded) into the PE film during film production.

Manufacture of flexible packaging

AlOx - aluminium oxide

The abbreviation AlOx stands for aluminium oxide and describes an ultra-thin, high-barrier inorganic coating that is usually applied to PET and BOPP films using a vacuum process. AlOx barriers are applied to the carrier film with a thickness in the nanometre range and are transparent.

Aluminium

Aluminium (ALU) is used in packaging film as a thin functional layer when particularly high levels of protection are required. Aluminium barriers provide the ultimate protection against oxygen, water vapour and light. The most common application is as a middle layer in PET/ALU/PE composite materials; which protects the sensitive aluminium and at the same time enables the best processing properties.

Barrier films

A barrier film is a barrier layer integrated into the packaging that protects food, cosmetic products or industrial goods from external influences such as oxygen, water vapour, UV radiation or even mineral oils.

Film thickness

The film thickness, also known as film thickness, is measured in micrometres (µm) and, depending on the application, is a decisive factor for film stability, product protection and printing and finishing options. Films are used in various areas such as logistics, packaging production and construction. Depending on the application, films have special properties such as:

Monomaterial

In the context of flexible packaging, a monomaterial refers to a material that is primarily made from one type of plastic – typically PE or PP-based. As a common rule of thumb for design for recycling, a structure is considered ‘mono’ if at least 90% of its total weight consists of the target polymer. The remaining portion may consist of printing inks, adhesives or thin functional layers such as barrier films – provided these do not interfere with the recycling process.

EVOH

The abbreviation EVOH stands for ethylene vinyl alcohol copolymer. In flexible packaging, EVOH is used as a thin, organic barrier layer to protect products primarily from oxygen (and thus oxidation and aroma loss). In packaging films, EVOH is usually transparent and is therefore suitable for clear high-barrier packaging.

Metallisation

Metallisation refers to aluminium-metallised barriers that are applied to a carrier film (e.g. BOPP or PET) in nanometre-thin layers using vacuum coating (PVD). This process enables very high oxygen, water vapour and light barriers to be achieved with minimal material usage.

PET (polyester)

Polyethylene terephthalate (PET) is a dimensionally stable, highly printable type of plastic that is primarily used as a printing and outer film in flexible packaging. Its excellent thermal stability in particular enables high mechanical loads and ensures dimensionally stable repeats over long print jobs.

PE (polyethylene)

Like PP, polyethylene (PE) belongs to the polyolefin group and is one of the most popular packaging materials due to its properties. Polyethylene is considered tough, stable and easy to weld. It is therefore mainly used as an internal sealing medium for various flexible packaging such as bags, flow packs and sachets. In modern mono-material structures, PE in the form of MDO-PE is also used as a PET substitute for printing films. So-called coex films are often used for flexible packaging such as stand-up pouches – in this process, EVOH barriers, for example, are already incorporated (extruded) into the PE film during film production.

Go to adviser

AlOx - aluminium oxide

The abbreviation AlOx stands for aluminium oxide and describes an ultra-thin, high-barrier inorganic coating that is usually applied to PET and BOPP films using a vacuum process. AlOx barriers are applied to the carrier film with a thickness in the nanometre range and are transparent.

Aluminium

Aluminium (ALU) is used in packaging film as a thin functional layer when particularly high levels of protection are required. Aluminium barriers provide the ultimate protection against oxygen, water vapour and light. The most common application is as a middle layer in PET/ALU/PE composite materials; which protects the sensitive aluminium and at the same time enables the best processing properties.

Barrier films

A barrier film is a barrier layer integrated into the packaging that protects food, cosmetic products or industrial goods from external influences such as oxygen, water vapour, UV radiation or even mineral oils.

Film thickness

The film thickness, also known as film thickness, is measured in micrometres (µm) and, depending on the application, is a decisive factor for film stability, product protection and printing and finishing options. Films are used in various areas such as logistics, packaging production and construction. Depending on the application, films have special properties such as:

Monomaterial

In the context of flexible packaging, a monomaterial refers to a material that is primarily made from one type of plastic – typically PE or PP-based. As a common rule of thumb for design for recycling, a structure is considered ‘mono’ if at least 90% of its total weight consists of the target polymer. The remaining portion may consist of printing inks, adhesives or thin functional layers such as barrier films – provided these do not interfere with the recycling process.

EVOH

The abbreviation EVOH stands for ethylene vinyl alcohol copolymer. In flexible packaging, EVOH is used as a thin, organic barrier layer to protect products primarily from oxygen (and thus oxidation and aroma loss). In packaging films, EVOH is usually transparent and is therefore suitable for clear high-barrier packaging.

Metallisation

Metallisation refers to aluminium-metallised barriers that are applied to a carrier film (e.g. BOPP or PET) in nanometre-thin layers using vacuum coating (PVD). This process enables very high oxygen, water vapour and light barriers to be achieved with minimal material usage.

PET (polyester)

Polyethylene terephthalate (PET) is a dimensionally stable, highly printable type of plastic that is primarily used as a printing and outer film in flexible packaging. Its excellent thermal stability in particular enables high mechanical loads and ensures dimensionally stable repeats over long print jobs.

PE (polyethylene)

Like PP, polyethylene (PE) belongs to the polyolefin group and is one of the most popular packaging materials due to its properties. Polyethylene is considered tough, stable and easy to weld. It is therefore mainly used as an internal sealing medium for various flexible packaging such as bags, flow packs and sachets. In modern mono-material structures, PE in the form of MDO-PE is also used as a PET substitute for printing films. So-called coex films are often used for flexible packaging such as stand-up pouches – in this process, EVOH barriers, for example, are already incorporated (extruded) into the PE film during film production.

CONTACT US

Flowpacks - on roll

Benefit from many advantages

10 days express production

Order from 250 pieces

Digital and flexographic printing

Certified for food

Recyclable mono films

Personal contact person

Let's take your flowpacks to the next level!

Materials for flowpacks

White PP mono film

PP mono film, silver

PP-Monofolie silber / weiß

PP-Monofolie transparent

White paper, without plastic

White paper, without plastic

Design unique flowpacks

Surfaces

Metallic effects

Viewing window

Recycling & PPWR

Turn your flowpacks into game changers!

What our customers say

Frequently asked question

Guide to flowpacks

AlOx - aluminium oxide

Aluminium

Barrier films

Film thickness

Monomaterial

EVOH

Metallisation

PET (polyester)

PE (polyethylene)

AlOx - aluminium oxide

Aluminium

Barrier films

Film thickness

Monomaterial

EVOH

Metallisation

PET (polyester)

PE (polyethylene)

AlOx - aluminium oxide

Aluminium

Barrier films

Film thickness

Monomaterial

EVOH

Metallisation

PET (polyester)

PE (polyethylene)

How can we help you?

Your partner for customised flowpacks

Flowpacks Made in Germany

Sustainable materials

Personal contact person

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