back to top
My wish lists
Save your wish list
If you want to add more content to your wish list, simply log in. If you do not have a user account, please register for the Hanser Customer Center.

» Do you already have a user account? Please log in here.
» Don't have a user account yet? Please register here.
Your wish lists
If you want to use your wish list during your next visit, simply log in. If you do not have a user account, please register for the Hanser Customer Center.
» Do you already have a user account? Please log in here.
» Don't have a user account yet? Please register here.

« Back

Your advantages at a glance

  • One login for all Hanser portals
  • Individual home page for faster access to preferred content
  • Exclusive access to selected content
  • Personal wish lists on all portals
  • Central management of your personal information and newsletter subscriptions

Register now
Deutsch
Bookmark Bookmarked
09-27-2018

Down to the Smallest Detail

Fakuma 2018: Product Preview Materials

Increasing specialization is reflected by materials with properties aligned as closely as possible with specific applications, tailored to the subsequent product down to the details. Thus, the development towards tailor-made characteristic profiles for additives and compounds continues. Providing the maximum number of functions with a single compound continues to be the goal. At the same time, straightforward processing still has to be possible for economical and therefore sustainable production. However, the sustainability trend continues to be clearly discernible in the increased offering of bioplastics as well. Surely this is where the greatest innovation potential lies.

  • Barlog Plastics GmbH, Overath, Germany, announced a special low-emission material for applications on the vehicle interior. In addition to the familiar technical properties of POM, the polyoxymethylene (POM) line Kebaform XFA offers a considerable formaldehyde reduction, thereby meeting the requirements of the automobile industry (Fig. 4). Whether natural, colored, or under unfavorable processing conditions: The formaldehyde emission value, for example according to VDA 275, is less than 2.0 ppm. Hall A3, booth 3209

    Barlog Plastics GmbH, Overath, Germany, announced a special low-emission material for applications on the vehicle interior. In addition to the familiar technical properties of POM, the polyoxymethylene (POM) line Kebaform XFA offers a considerable formaldehyde reduction, thereby meeting the requirements of the automobile industry (Fig. 4). Whether natural, colored, or under unfavorable processing conditions: The formaldehyde emission value, for example according to VDA 275, is less than 2.0 ppm. Hall A3, booth 3209

  • Due to the increasing shortfall in the supply of PA66, Akro-Plastic GmbH, Niederzissen, Germany, has developed a PA6 with the trade name Akromid B+ in view of PA66 substitution. Reinforced with 50 % glass fiber, this compound – conditioned and at 80 °C – reaches the same strengths as conditioned PA66-GF50 according to the manufacturer. The stiffness of this conditioned material is said to be nearly at the level of PA66, with pricing in the range between PA66 and PA6. A polyamide compound with the designation Akromid PST has been developed in cooperation with Plasmatreat GmbH, Steinhagen, Germany. It is particularly well suited for plastic-metal hybrids. Tensile/shear strengths considerably above 50 MPa can be achieved in combination with stainless steel. Hall B2, booth 2209

    Due to the increasing shortfall in the supply of PA66, Akro-Plastic GmbH, Niederzissen, Germany, has developed a PA6 with the trade name Akromid B+ in view of PA66 substitution. Reinforced with 50 % glass fiber, this compound – conditioned and at 80 °C – reaches the same strengths as conditioned PA66-GF50 according to the manufacturer. The stiffness of this conditioned material is said to be nearly at the level of PA66, with pricing in the range between PA66 and PA6. A polyamide compound with the designation Akromid PST has been developed in cooperation with Plasmatreat GmbH, Steinhagen, Germany. It is particularly well suited for plastic-metal hybrids. Tensile/shear strengths considerably above 50 MPa can be achieved in combination with stainless steel. Hall B2, booth 2209

  • A high dimensional stability under heat and biodegradability are promised by a new compound based on polylactic acid (PLA) from FKuR Kunststoff GmbH, Willich, Germany, with the type designation Bio-Flex S7514. It was developed especially for injection molding applications. Thanks to very good flowability, the compound can also be used in multi-cavity molds and makes complete mold filling possible, even in case of long flow paths. The compound itself is 75 % bio-based. With the combination of high dimensional stability under heat and high flowability, it is predestined for use in products like those in Figure 3. The desired color can also be obtained using a masterbatch. Thermoplastic elastomers (TPE) under the trade name Terraprene are 40 % to 90 % biobased. In addition to mechanical properties equivalent to those of fossil-based TPE, they can be processed using conventional injection molding, 2-component injection molding, and extrusion processes. A polypropylene with a bio-based carbon content of about 35 %, available under the trade name Terralene, can also be processed using these methods. It can be used as a drop-in thanks to the properties and processability corresponding  to conventional PP. Hall B2, booth 2208

    A high dimensional stability under heat and biodegradability are promised by a new compound based on polylactic acid (PLA) from FKuR Kunststoff GmbH, Willich, Germany, with the type designation Bio-Flex S7514. It was developed especially for injection molding applications. Thanks to very good flowability, the compound can also be used in multi-cavity molds and makes complete mold filling possible, even in case of long flow paths. The compound itself is 75 % bio-based. With the combination of high dimensional stability under heat and high flowability, it is predestined for use in products like those in Figure 3. The desired color can also be obtained using a masterbatch. Thermoplastic elastomers (TPE) under the trade name Terraprene are 40 % to 90 % biobased. In addition to mechanical properties equivalent to those of fossil-based TPE, they can be processed using conventional injection molding, 2-component injection molding, and extrusion processes. A polypropylene with a bio-based carbon content of about 35 %, available under the trade name Terralene, can also be processed using these methods. It can be used as a drop-in thanks to the properties and processability corresponding to conventional PP. Hall B2, booth 2208

  • Mastersafe Symic is a dust-free pigment preparation in pellet form from Eckart GmbH, Hartenstein, Germany. Selling points of the dedusted pearlescent pigments include straightforward dosing and easy handling. The pellets permit the dust-free production of color masterbatches and are suitable for various processing methods. These include injection molding, extrusion and extrusion blow molding, blown film extrusion, and flat sheet film extrusion. Fields of application not only cover automobile components, household articles, and electric appliances, but also packaging for cosmetics and foodstuffs since the pellets are approved for food contact. Hall B2, booth 2208

    Mastersafe Symic is a dust-free pigment preparation in pellet form from Eckart GmbH, Hartenstein, Germany. Selling points of the dedusted pearlescent pigments include straightforward dosing and easy handling. The pellets permit the dust-free production of color masterbatches and are suitable for various processing methods. These include injection molding, extrusion and extrusion blow molding, blown film extrusion, and flat sheet film extrusion. Fields of application not only cover automobile components, household articles, and electric appliances, but also packaging for cosmetics and foodstuffs since the pellets are approved for food contact. Hall B2, booth 2208

  • The new Thermolast K FG/SF product range from Kraiburg TPE GmbH & Co. KG, Waldkraiburg, Germany, aimed especially at the vehicle interior (Fig. 6) with strict requirements for surface characteristics, is versatile in application. All common automobile manufacturer standards regarding emissions, odor, and UV resistance are met. An extremely broad range of possible applications is therefore covered by compounds of the TPE family in the hardness range of 50 to 80 shore A, from floor mats and anti-skid mats to decorative surfaces to functional components. Color matching is possible in addition to the standard colors black and natural. The compounds are also highly abrasion-resistant and adhere reliably to polypropylene. Very good adhesion to polyamide is exhibited by compounds of the Thermolast K FC/AD/PA series, available in a hardness range from 40 to 80 shore A. They are FDA-compliant and therefore suitable for applications with food or oral contact. Straightforward processing and ease of coloring support a high degree of individuality. Hall B5, booth 5303

    The new Thermolast K FG/SF product range from Kraiburg TPE GmbH & Co. KG, Waldkraiburg, Germany, aimed especially at the vehicle interior (Fig. 6) with strict requirements for surface characteristics, is versatile in application. All common automobile manufacturer standards regarding emissions, odor, and UV resistance are met. An extremely broad range of possible applications is therefore covered by compounds of the TPE family in the hardness range of 50 to 80 shore A, from floor mats and anti-skid mats to decorative surfaces to functional components. Color matching is possible in addition to the standard colors black and natural. The compounds are also highly abrasion-resistant and adhere reliably to polypropylene. Very good adhesion to polyamide is exhibited by compounds of the Thermolast K FC/AD/PA series, available in a hardness range from 40 to 80 shore A. They are FDA-compliant and therefore suitable for applications with food or oral contact. Straightforward processing and ease of coloring support a high degree of individuality. Hall B5, booth 5303

  • The NPC Nature Plastic compounds from CKT GmbH and Ökoplast GmbH, both: Mittweida, Germany, are suitable for various fields of application. Materials offered in this line are made of synthetic, bio-based, and/or biodegradable polymers filled with non-food raw materials from local agriculture such as rye bran or oat husks. Polyolefins, preferably polypropylene, are the main matrix materials. The compounds filled with natural substances exhibit a natural or near-natural look and feel. They are currently being used to make extrusion and injection molding parts for construction, gardening, household, and office applications. Hall A5, booth 5228

    The NPC Nature Plastic compounds from CKT GmbH and Ökoplast GmbH, both: Mittweida, Germany, are suitable for various fields of application. Materials offered in this line are made of synthetic, bio-based, and/or biodegradable polymers filled with non-food raw materials from local agriculture such as rye bran or oat husks. Polyolefins, preferably polypropylene, are the main matrix materials. The compounds filled with natural substances exhibit a natural or near-natural look and feel. They are currently being used to make extrusion and injection molding parts for construction, gardening, household, and office applications. Hall A5, booth 5228

  • The modern polymer processing industry would be unthinkable without peroxides as highly reactive chemicals. Mixing them with recycled polyethylene reduces the melt flow index to obtain the desired low-viscosity flow characteristics for film extrusion, blow molding, and extrusion blow molding. This applies correspondingly for polypropylene and ethylenevinyl acetate copolymers. Peroxides and the common peroxide concentrates usually come in the form of powders or liquids, so that storage and dosing in particular are highly critical. What’s more, peroxides in this form are highly reactive, so they volatilize quickly and form inflammable organic compounds. Polyvel Europe GmbH, Hamburg, Germany, has developed peroxide masterbatches, some of which are also approved for food packaging applications. Here the peroxide itself is entirely surrounded by a polymer carrier material, protecting it against external influences and making it fully storable with no special requirements. Precise and constant dosing during processing is also made possible by the granulate form. Properties such as the melt flow index are precisely controlled to obtain the desired flowability regardless of the base material. Hall B4, booth 4502

    The modern polymer processing industry would be unthinkable without peroxides as highly reactive chemicals. Mixing them with recycled polyethylene reduces the melt flow index to obtain the desired low-viscosity flow characteristics for film extrusion, blow molding, and extrusion blow molding. This applies correspondingly for polypropylene and ethylenevinyl acetate copolymers. Peroxides and the common peroxide concentrates usually come in the form of powders or liquids, so that storage and dosing in particular are highly critical. What’s more, peroxides in this form are highly reactive, so they volatilize quickly and form inflammable organic compounds. Polyvel Europe GmbH, Hamburg, Germany, has developed peroxide masterbatches, some of which are also approved for food packaging applications. Here the peroxide itself is entirely surrounded by a polymer carrier material, protecting it against external influences and making it fully storable with no special requirements. Precise and constant dosing during processing is also made possible by the granulate form. Properties such as the melt flow index are precisely controlled to obtain the desired flowability regardless of the base material. Hall B4, booth 4502

1 | 0

Commercial - the next slide will be displayed in seconds - skip

Commercial - the next slide will be displayed in seconds - skip

Conclusion

The trend in favor of multifunctional, applicationspecific materials continues, and is reflected in particular by the variety of compounds that are tailored to customer requirements. The sustainable choice of materials keeps gaining importance.

Quick overview of all products:

  • Fig. 1: POM with low formaldehyde emissions for the vehicle interior
  • Fig. 2: Replacement for scare PA66
  • Fig. 3: Bioplastics Bio-Flex S7514
  • Fig. 4: Mastersafe Symic pearlescent pigments
  • Fig 5: Broad range of applications for thermoplastic elastomers in the vehicle interior
  • Fig. 6: Filled bioplastics that can be processed using conventional injection molding
  • Fig. 7: Expansion of the application range for polyolefins

Author of these posts is Dipl.-Ing. Johannes Benz. He works in the field of materials technology and heads an accredited test laboratory.

Company profile

Barlog plastics GmbH

Am Weidenbach 8-10
DE 51491 Overath
Tel.: 02206 90851-100
Fax: 02206 90851-199

ECKART GmbH

Güntersthal 4
DE 91235 Hartenstein
Tel.: 09152 77-0
Fax: 09152 77-7008

FKuR - Kunststoff GmbH

Siemensring 79
DE 47877 Willich
Tel.: 02154 9251-0
Fax: 02154 428823

KRAIBURG TPE GmbH & Co KG

Friedrich-Schmidt-Str. 2
DE 84478 Waldkraiburg
Tel.: 08638 9810-0
Fax: 08638 9810-310

Ökoplast GmbH

Industrieweg 10
DE 09648 Mittweida
Tel.: 03727 930559
Fax: 03727 930654

Teknor Apex

Central Avenue 505
PAWTUCKET RI 02861
Fax: +1 914478 80959

Newsletter

Would you like to subscribe to our Newsletters on plastics technology and profit from the latest information?

Subscribe here

Subscribe here

Job Advertisements

Looking for a new challenge? Check out our jobs market!

Job Advertisements

Patents Stimulate Innovation

Patents encourage innovation: Stay on the ball with the latest innovations in the plastics industry in our patents section.

Patents