creating innovative solutions with specialities When technology - PowerPoint PPT Presentation

creating innovative solutions with specialities When technology imitates nature

Headquarter, sales, R&D and production located in Cublize 34 people committed on responding to the customer needs • Cublize Several extrusion lines including dedicated lines to long fibre technology Well certified to the ISO norms ISO TS16949 ISO 14001 When technology imitates nature

Creating the difference Customer needs Commitment Specialties Innovation Dedicated product ranges NEALID MAJORIS G MALEX Maj’Eco MALAT CETAL VENYL When technology imitates nature

Maj’Eco Made on selected fillers and renewable resources in order to preserve the planet When technology imitates nature

Maj’Eco Natural fibres renewable source  Cork  Bamboo  Miscanthus  Wood  Linen & Ana When technology imitates nature

Maj’Eco Substitution of conventional fossil resources Weight CO2 impact reduction Eco-Concept applied to thermoplastic Both compounds Ecological & Sustainability Economical reasonability Renewable Energy Resource Efficiency Feedstock When technology imitates nature

Maj’Eco Eco-Concept with Maj’Eco qualities When technology imitates nature

Creating the difference Customer needs Commitment Specialties Innovation Dedicated product ranges NEALID MAJORIS MALEX Maj’Eco MALAT CETAL VENYL When technology imitates nature

High performance products MAJORIS range • MAJORIS “X”  PP Short Glass Fibres High Performance • MAJORIS G  Thermoplastics Long Glass Fibres • MAJORIS BF  PO Basalt fibres • MAJORIS HPS  PPS unfilled or filled • MAJORIS PES  PES unfilled or filled • … When technology imitates nature

MAJORIS “X” PP Short Glass Fibres High Performance Flexural modulus 10000 (MPa) New opportunities to offer outstanding qualities 6700 6500 5500 5000 With HDT Tensile modulus 7900 (1,85MN/m² -°C) (MPa) 6250 250 7400 160 0 105 152 120 125 PP Short Glass Fibres High Performance MAJORIS G300-8229 45 47 MAJORIS DG304X MAJORIS DG204X, MAJORIS CG308X, 57 VENYL UG300 MAJORIS CG408X,… Charpy un-notched +23°C Tensile strenght (KJ/m²) (MPa) PP Short Glass Fibres High Performance & impact modified MAJORIS DEG308X, MAJORIS DEG404X,… When technology imitates nature

Innovation Thermoplastics reinforced Long Glass fibre MAJORIS G Trademark from ADmajoris PP and PA reinforced Long Glass Fibres When technology imitates nature

MAJORIS G PP and PA reinforced Long Glass Fibres • MAJORIS G (PP base raw material )  long glass fibres content from 20% up to 60%  Additives  Flame retardant qualities  Mix of fillers • MAJORIS UG (base on PA 66)  Long glass fibres content from 30% up to 40%  Additive package When technology imitates nature

MAJORIS G PP reinforced Long Glass Fibres Innovations • Colouring All colours on request (special effects, metal, pearl,..) • Flame retardant properties UL 94 V2, V0, Glow Wire Test 750 ° C, 850 ° C, 960 ° C,.. • Adjustment on glass fibres Length, content • Additives UV stabilization, Heat stabilization, Detergent,….. When technology imitates nature

MAJORIS G PP reinforced Long Glass Fibres  Low Density  Balance Impact/Stiffness  No moisture absorption  No warpage  Easy to process & recycling  Dimensional stability  Price versus performances  Long term properties  Product consistency  Good surface quality  Safe fracture  LASER welding  No splintering  Possibilities for additives  Lowest noisy and vibration  Food contact regulation, water conductivity approvals When technology imitates nature

MAJORIS G400 versus PA66 & PBT short glass fibres  Low Density Density (g/cm3) 3 7,85 7 2,5 2,7 2 1,54 1,5 1,36 1,23 1 m F F 0 l t u e s 0 G G e a i 4 n % % t C G S i m 0 0 S 3 3 u I l R 6 T A 6 O B A P J P A M When technology imitates nature

MAJORIS G400 versus PA66 short glass fibres Balance on properties Flexural modulus (Mpa) 9000 6500 4000 Charpy notched Tensile modulus (Mpa) 1500 (+23 ° C - KJ/m²) -1000 MAJORIS G400 PA66 30%GF Charpy notched Tensile strength (Mpa) (-30 ° C - KJ/m²) When technology imitates nature

MAJORIS G Many possibilities When technology imitates nature

Innovation MAJORIS G technology crossing ADmajoris expertises  Ecologic concept • MAJORIS G based on bio-sourced raw material • MAJORIS G with natural fillers  Flame retardant developments • MAJORIS GFR range in ready coloured versions • V2 & V0 halogen RoHS conform • V0 halogen free When technology imitates nature

Innovation MAJORIS G technology changing the base raw material to the engineering polymers • MAJORIS UG (based on PA 66) – Long glass fibres content from 30% up to 40% – Limited coloured versions When technology imitates nature

MAJORIS G Thermoplastics with Long Fibres Continuous commitment on developing our MAJORIS G Range Bio-sourced … PA PP PE polymers Natural Long glass Long basalt … Hybrid fibres fibres fibres MAJORIS G Heat Flame UV Colours … Stabilized Retardant … Length Content When technology imitates nature

Creating the difference Customer needs Commitment Specialties Innovation Dedicated product ranges NEALID MAJORIS G MALEX Maj’Eco MALAT CETAL VENYL When technology imitates nature

Innovation Alloys NEALID Alloys of polyolefins and engineering polymers unfilled of filled Trademark from ADmajoris NEALID N NEALID X - NEALID UX When technology imitates nature

NEALID • NEALID N (mainly base on PP)  Unfilled  Filled with short glass fibres  Additives • NEALID X – NEALID UX (mainly base on PA)  Unfilled  Filled with short glass fibres  Additive package When technology imitates nature

NEALID Innovations for two ways • NEALID N  Improve thermal properties of PP compounds  Improve mechanical properties  Better surface appearance • NEALID X or NEALID UX  Reduction of weight  Very low level of moisture  Processing savings  Recycling  Good surface appearance When technology imitates nature

Overview on benefits from NEALID X versus PA6 short glass fibres Flexural modulus Density (g/cm3) 1,36 1,4 1,27 1,3 1,23 1,21 -2E+ Tensile modulus (cond.) Tensile modulus 1,14 255 1,2 1,1 1 NEALID XG300 PA6 PA6 20% PBT NEALID NEALID PA6 30% SGF 15%SGF SGF 15%SGF XG100 XG200 Flexural modulus (cond.) When technology imitates nature

NEALID versus PA Compounds  Low Density  Balance Impact/Stiffness  Lowest moisture absorption  Dimensional stability  Easy to process  Long term properties  Lower temperature in  Good surface quality processing  Sound absorption  Easy recycling  Possibilities for additives  Price versus performances  Product consistency When technology imitates nature

NEALID Some possibilities When technology imitates nature