JEC COMPOSITES MAGAZINE - Issue #111 - March 2017 - Special JEC World - o - 88

JEC WORLD 2017

Multi-sector

Mikon 399 MC:
> Booth:
an innovative sealer for tooling boards
Hall 5A - S29
Münch Chemie International GmbH, Weinheim, Germany, will be
presenting at JEC World 2017 in Paris its latest product development for model and mould construction in the field of composite
materials: Mikon® 399 MC. This innovative easy-to-handle sealer for
porous tooling boards, which is available in colourless or black versions,
guarantees high process reliability and best quality. At the same time, the
material consumption is very low and the application effort is reduced to a
www.janicki.com minimum. As a result, customers can benefit from a remarkably improved
overall efficiency and high cost savings. Mikon® 399 MC evenly seals all
> Booth:
pores applying only 2 or 3 coating layers. After drying at room temperature
Hall 5A - L78 for approximately 5 minutes, this formulation exhibits unique properties,
such as a high gloss finish, without the need for any sanding or polishing. It
is optimally utilised in combination with the company's semi-permanent
mould release agents from the Mikon® series. www.muench-chemie.com

Coats Synergex - composite
technology revolutionized
The need to reduce weight is pertinent for the automotive industry
due to increasing awareness of the
financial and environmental cost of
energy. While metals are the traditional
construction materials used in that sector, thermoplastic-based composites
are a possible solution due to their lower weight while still providing the
required strength. Coats' new advanced capability to produce thermoplastic-reinforced composite components utilises a 4-step process from fibre
to finished part while also reducing process material waste. Best known
as Tailor Fibre Placement (TFP), this technology uses the company's
Synergex advanced composite fibre and moves away from traditional
methods (prepreg/RTM). It provides value in two ways:
- Compared to more established methods, it eliminates the need for resin
application and autoclave heating, providing greater manufacturing efficiency and helping to reduce costs.
- Compared to existing technology, it helps eliminate material waste which
is reduced from 30%+ to less than 5%.
Working with a number of partners, Coats was able to produce the first-ever wheel arch for the Elemental Rp1 high-performance car. The project
achieved some 50% weight reduction compared to the original, with a cost
reduction of around 50%.
The market potential for this innovation is quite large, ranging from work
with mainstream automotive OEMs and Tier 1s as well as with the aerospace, leisure, water sports and winter sport markets.
Automotive

Lehmann&Voss&Co. product highlights > Booth:
At the JEC 2017, Lehmann&Voss&Co. will
Hall 5A - N15
showcase a range of products for SMC/BMC, pultrusion and vacuum infusion. The Luvogard FC range offers non-halogenated flame
retardant additives. Clear, liquid viscosity-reducing systems or ATH
reducing, lightweight powder formulations are available for various
needs. The Luvotrent internal mould release additives allow for faster cycles, easy mould release, improved flow characteristics, reduced resin viscosity, improved dispersion of pigments/fillers, enhanced surfaces and
reduced wear on dies and tools. The Luvatine VC wetting and dispersing
agents are a cost-effective solution for the wetting and dispersing of fillers
and pigments in thermosetting compounds. The company will also exhibit
vacuum films, peel plies, Combimesh bonded composites and spray adhewww.luvatol.com
sives for the vacuum infusion process.

Multi-sector

Composite parts, prototypes
> Booth:
& production tooling
Hall 6 - R39
Janicki Industries is a privately-owned, full-service engineering
and manufacturing company with
facilities in Washington and Utah,
USA. Janicki specializes in manufacturing parts, prototypes and tools made of
advanced composite materials and metals across all industries including aerospace, marine, energy, military, space,
transportation and architecture. The company is fully capable of building
the largest projects utilizing large-scale facilities, high-precision 5-axis mills
(30.5 x 6 m), a large autoclave (3.60 x 15 m), a 1,100 ton press and a large
annealing oven. It has extensive experience using many composite systems
such as syntactic putty, 70°C machined putty, 120°C carbon/fibreglass
hybrid moulds, 177°C carbon and 177°C Invar and steel moulds. Janicki
has developed components for leading aerospace companies around the
world. Its team of project managers works with customers to select the
right product and material for their requirements. The company utilizes integrated design/build teams with agile programme management to
deliver on cost, quality and schedule. Its years of tooling experience combined with its team of experts make it possible to deliver custom parts, prototypes and tooling. This 100% in-house capability for the total parts and
tooling solution enables a one-stop, lean enterprise solution.

jec composites magazine / No111 March 2017

Multi-sector

Flexible UD tape production
> Booth:
within minimum space
Hall 6 - S32-1
A range of fibre and tape placement technologies for preforming already
exist, but the tape and tow materials available cannot be flexibly tailored
and optimized for the different processing steps. The manufacturer is dependent on the tapes available on the market. R&D and prototype developers in the field of composites need flexible and adaptable materials with constant quality. At JEC World, M&A Dieterle will demonstrate a highly flexible
and innovative method for the production of UD tape and fixed tow materials
on demand. Material properties such as fibre type, areal weight, binder or matrix content can be varied and are easily adaptable, while the material quality is
monitored. The UD tape material is produced within a minimum space of only
2 long by 1.50 m wide. The machine processes one roving at a time, enabling
fast material changes. This results in resource-efficient tape manufacturing and
tailored properties for optimized preform structuring. Little initial machine
investment is needed, and at the current tape cost, this investment can be redeemed within months. The first target markets are R&D departments that
wish to develop new composite materials and tailored preforms. Unique material combinations/properties and load path optimized preforming become
possible. During the JEC show, the company will demonstrate the method
used to validate the processing and handling of materials produced with various preforming and post-processing methods, such as TFP, deep drawing and
www.coatsindustrial.com injection moulding or hybrids.
www.ma-dieterle.de

http://www.luvatol.com http://www.janicki.com http://www.muench-chemie.com http://www.coatsindustrial.com http://www.ma-dieterle.de

Table of Contents for the Digital Edition of JEC COMPOSITES MAGAZINE - Issue #111 - March 2017 - Special JEC World - o