Advanced Composite Materials

Similar documents
Shelf life at -18 C. Tack life at +23 C

SIGRAFIL C. The PAN-Based Carbon Fiber. Carbon Fibers. Broad Base. Best Solutions.

HexPly M79. Low Temperature Curing Epoxy Matrix Product Datasheet

Faserverbundwerkstoffe Composite Technology

High-Performance Textiles. Textile Products in Carbon, Glass or Aramid Fibers. Composite Materials. Broad Base. Best Solutions.

A presentation by Sylvain Delalande JEC, March, 31 st, 2011

Dry Reinforcements DR

Date: Author: Torben K. Jacobsen. 2 Unidirectional reinforcement material (1258 g/m 2 ): Id Layer Unit Stitching. 0±1 (warp)

HexMC USER GUIDE. March 2014 Publication No. HTI 303. Hexcel Registered Trademark Hexcel Corporation

Data Sheet Epoxy Prepreg System FT C curing epoxy matrices

Hexcel Composite Materials for Winter Sports. HexPly Prepregs. HexForce Reinforcements. Polyspeed Laminates. Modipur PUR systems

Recently acquired by. Recently acquired by

EPIKOTE Resin MGS LR285

Broad Base. Best Solutions. SIGRAFIL Continuous Carbon Fiber Tow

1- HexPly Prepregs. 2- HexTOOL Tooling Material

EPIKOTE Resin MGS LR285

Product Data Epoxy Resin Systems RS-L285. Hardeners RS-H285, RS-H286, RS-H287. Room temperature cure laminating system

PREPREG System BX Low-temperature. Tooling Structural parts

Composite materials for wind turbine blades. Department of Mechanical, Chemical and Materials Engineering University of Cagliari, Italy

Overview of composite manufacturing technologies

ZOLTEK PX35 COMMERCIAL CARBON FIBER

Innovative Advanced Composite Materials for Various Industries

MARINE1.

Newport 307. Description: Application: Benefits/Features: Recommended Processing Conditions:

Manufacture of wind Turbines using Carbon Fibre Prepreg

LOW TEMPERATURE CURE HIGH TOUGHNESS EPOXY PREPREG SYSTEM. Excellent balance of mechanical properties and toughness

CHARACTERIZATION OF DEVELOPED HYBRID MOLDINGS BY TEXTILE AND SHORT FIBER REINFORCED COMPOSITES

High Volume Composite Production Challenges and Technological Solutions. Dr. A. Erber 15. LIGHTer International Conference Gothenburg;

Materials and Qualification Procedures for Ships

SR 1710 inj / SD 7820 Epoxy system for infusion and injection processes

ABOUT US Company Profile

From Carbon Fiber to Carbon Fiber Reinforced ThermoPlastics

Reinforcement Fabrics Overview

RM-3004 OUT OF AUTOCLAVE PROCESSABLE BISMALEIMIDE (BMI) PREPREG FOR HIGH PERFORMANCE AEROSPACE APPLICATIONS

FIRE, SMOKE & TOXICITY RETARDANT MATERIALS

Warm curing epoxy system based on Epoxy Resin XB 3585 / Hardener XB 3486

Vacuum infused thermoplastic composites for wind turbine blades

Cold-curing epoxy system based on Araldite LY 564 / Hardener HY 560

MTM49 series of prepregs is based on C ( F) curing toughened epoxy matrix resins designed for the manufacture of components.

PRODUCT DATASHEET TENCATE 8020 RAPI-PLY PREPREG BENEFITS/FEATURES TYPICAL LAMINATE PROPERTIES. Tensile Strength RTD EN MPa 148 ksi

Evaluation of the interfacial and interlaminar shear strength of carbon fiber reinforced polycarbonate made by a unidirectional sheet

3D Parts from Thick PEEK/Carbon Fiber Laminates

Introduction to Aerospace Engineering

High Performance Toughened Vinyl Ester Resins

EPICOTE TM Resin MGS LR 385

IJMTES International Journal of Modern Trends in Engineering and Science ISSN:

Effect of Fiber Orientation on Interlaminar Shear Strength of GFRP Composites

An CFRP Fabrics as Internal Reinforcement in Concrete Beams

APC-2 UNIDIRECTIONAL TAPE

FABRICATION OF CF/AF FIBER HYBRID THERMOPLASTICS COMPOSITE

VORAFORCE RTM Resin Systems

Effect of water absorption on the mechanical properties of continuous carbon fibre reinforced polycarbonate composites

Araldite LY 5052 Resin / Aradur 5052 Hardener

Laminating resin MGS L 335

Highland Composites. Expandable on-site to ~188k sq. ft. (expansion area purchased and graded).

CFRTP pipe molding process using high-frequency direct resistance heating

IN-SITU POLYMERIZED CONTINUOUS FIBER THERMOPLASTIC COMPOSITE MANUFACTURED THROUGH LIQUID MOLDING PROCESSES

HIGH QUALITY CARBON FIBER EPOXY PREPREGS FOR A WIDE RANGE OF REINFORCEMENT ARCHITECTURES

MECHANICAL PROPERTIES OF UHMWPE WOVEN FABRIC/EPOXY COMPOSITES

Technological Developments in Fiber Glass for Lightweight Automotive Components. Juan Camilo Serrano SPE ACCE 2012

Park Advanced Composite Materials. E-752-LT Epoxy Prepreg. Product Overview. Applications / Qualifications. Key Features & Benefits

Elium Liquid thermoplastics. Room temperature cure Very high stiffness Ductile composites

Araldite LY 1564* / Hardeners XB 3403* / XB * / Aradur 3405*

CYCOM 2020 EPOXY PREPREG

THERMOPLASTIC MATRIX TOWPREG PRODUCTION

Effect of Angle Ply Orientation On Tensile Properties Of Bi Directional Woven Fabric Glass Epoxy Composite Laminate

ST 95 STRUCTURAL SPRINT. Good balance of mechanical properties. Excellent laminate quality. Extremely low void content. Drape-able and conformable

ST 95 STRUCTURAL SPRINT. Good balance of mechanical properties. Excellent laminate quality. Extremely low void content. Drape-able and conformable

THERMOPLY COMMINGLED E-GLASS/POLYPROPYLENE WOVEN & STITCH-BONDED BIAXIAL

RM-3002 BISMALEIMIDE (BMI) PREPREG FOR HIGH PERFORMANCE AEROSPACE APPLICATIONS

Drape and tackiness optimised for excellent handling. Excellent balance of mechanical performance and toughness

Textile Technologies. Carbon Textiles Solutions. Global Partners

Park Advanced Composite Materials. E-765 Epoxy Prepregs. Product Overview. Applications / Qualifications

CYCOM 7714 EPOXY RESIN

Development of PCM* technology

About Us TOTAL SOLUTIONS COMPANY PROFILE. METYX Composites is honored to be a preferred supplier of high-performance

ULTRA-LIGHT WEIGHT THERMOPLASTIC COMPOSITES: TOW-SPREADING TECHNOLOGY

Hot curing epoxy matrix system based on Araldite LY 556 / Hardener HY 906 / Accelerator DY 070

HIGH QUALITY MATRIX RESINS. UP-Resins, VE-Resins & Epoxy Systems. Composites

Redux Adhesives. Selector Guide. Providing practical and economical solutions for joining materials since the 1930s.

THE DEVELOPMENT OF NOVEL CARBON-FIBER-REINFORCED STAMPABLE THERMOPLASTIC SHEETS

NEW COMPOSITE SANDWICH WITH ALUMINUM CORE

Hot curing epoxy matrix system based on Araldite CY 179 MA / Hardener HY 917 / Accelerator DY 070

Araldite LY 5085 Hardener HY 1019 RF

Developments in Recycled Carbon Fiber for High Volume Manufacturing. JEC Forum International Conference on Automotive Technology Knoxville, 2016

StyLight. New material solution for lightweight design. ACCE September 6-8, 2017 John Fialka, Business Development Manager

Structural Health Monitoring of Fiber Reinforced Plastics Strukturüberwachung von Faserkunststoffverbunden

COMPOSITES. Composite Materials: Structure, General Properties, and Applications

The Flexural Properties of Glass Fabric/Epoxy -Rigid Polyurethane Foam Core Sandwich Composites at Different Span to Depth Ratios and Densities

Lecture 24 Fibre-reinforced composite materials

Product Catalogue 2018

TECHNICAL DATA SHEET APC (PEKK-FC) PEKK-FC THERMOPLASTIC POLYMER PREPREG

MULTIPREG HX42 Low Temperature Curing Epoxy Tooling Prepreg

A Study on Cotton-Ramie Fabric Reinforced Composites

Document No.: NMS 451/4, Revision A, 9/27/2012

COMPOSITE MATERIALS FOR RAIL

Flat Tow Hot Melt Towpreg HMT 502

L Manufacturing of Polymer Composites FS 17 Exercise 6. Exercise 6: Solution PROCESSING

PROCESSING OF CONTINUOUS FIBRE REINFORCED THERMOPLASTICS

FIBRE ORIENTATION EFFECTS ON THE TENSILE PROPERTIES OF BIAXIAL CARBON/EPOXY NCF COMPOSITES

Transcription:

Advanced Composite Materials Moscow, 2017

About Company Prepreg-ACM is a Rusnano portfolio company founded in 2009; The company is producing wide range of unidirectional, bidirectional woven and non-woven fabrics and tapes, multiaxial fabrics and prepregs; Our products are used in wind energy, construction, automotive, shipbuilding, aerospace, medicine and other industries; Production facilities are located in Moscow and Dubna (Moscow region). Prepreg-ACM Production of multiaxial fabrics and prepregs; non-woven tapes Prepreg-Dubna Production of unidirectional, bidirectional woven fabrics and tapes 2

Our goal: replacement of traditional constructional materials in key sectors of the economy Constant availability of standard products in demanded range; Operational shipment from a warehouse in Europe of products within 1-2 weeks in Europe; Presence of the well-developed distribution network; R & D center is one of the best in Russia; Serial supplies for shipbuilding, automotive, sports equipment and construction; High-precision and high-performance equipment. 3

Our products Multiaxial fabrics are textile materials made of several layers of high-strength composite fibers stitched together with thin threads. Multiaxial fabric can be carbon, glass, basalt, and hybrid according to the source fibers. Unidirectional carbon tapes are carbon fabric with at least 50% of the filaments arranged in the same direction. This structure supports the high tensile strength of the carbon tape and makes it a relevant material in demand for construction and many other applications. Prepreg is "pre-impregnated" composite fibers where a thermoset polymer matrix material, such as epoxy, is already present. Bidirectional carbon fabrics are made with fibers arranged at 0 and 90 degrees. These fabrics show their highest strength in two directions. Bidirectional carbon fabrics can have various weaving patterns, twill and plain among them being our primary focus. 4

Prepreg-ACM, Moscow The company is located on the territory of the Technopolis "Moscow". Production of multiaxial fabrics; One of the world's largest lines for the production of prepregs; R&D center; Project and head office. Capacity: Multiaxial fabrics 1 mln sq m / year; Prepregs 3.2 mln sq m / year. The quality management system is certified according to ISO 9001 and EN 9100 standards. 5

Our capabilities Multiaxial fabrics Areal weight: 100 1 200 gsm Fabric width: Fiber materials: 1 270 mm 12K to 50K industrial CF 100 to 4800 tex GF Resin compatibility: Stitching pattern: EP, VE Tricot, pillar, other Number of layers: Up to 4 Possible fiber orientation: Roll length: 0 /90 ; ± 45 ; 0 /+45 /90 /-45 ; 0 /± 45 50 / 100 m 6

Our capabilities Tapes Max tape width: Areal weight: Fiber materials: Tape fixation: Fixation type: 500 mm 100 500 gsm 12K to 50K industrial CF Powder binder Thermoplastic net One side Double side 7

Our capabilities Prepregs Prepreg areal weight: 150 1 600 gsm Resin content: 20-50 of weight, % Material: Production speed: Resin system: Certain content of resign: Viscosity: Carbon, Glass, Aramid fibre Up to 20 m/min Epoxy, Cyanoether, Bismaleimide ±1,5% Low- and high viscosity epoxy melted resin systems Width of prepreg: Up to 1500 mm Permanent automatic control of the surface density of the prepreg. 8

Prepregs for composite materials Resin HCP1208 HCP1209 HCP1412 КС-102 КС-105 КС-104 HCP1405 Application Aesthetic Aesthetic and Structural Structural Structural Structural Tooling Tooling Curing temperature, о С 120 125 180 130 120-180 60 / 18 h 200 / 2 h 60 / 18 h 200 / 4 h Curing time, minutes Up to 3 h Up to 1 h 20 min 2 h 4 h Glass transition temperature, о С Shelf life at room temperature, days Mechanical properties Tensile strength (0 о ), MPa Compression strength (0 о ), MPa Flexural strength, MPa Interlaminar shear strength, MPa 125 (DSC) 130 (DSC) 185 (DMA) 139 (DMA) 145 (DMA) 247 (DMA) 205 (DMA) 45 30 30 60 30 3 3 UD UD UD Twill 2х2 Twill 2х2 Twill 2х2 Twill 2х2 T700-12K T700-12K T700-12K HTA40-3K HTA40-3K T300-3K T300-3K 2250 2320 2230 880 870 360 360 1020 1120 1150 740 750 400 400 - - - - - 700 700 74 74 95 64 64 - - 9

Prepreg-Dubna, Dubna Prepreg-Dubna produces carbon, glass, and aramid based fabrics in the special economic zone Dubna. The production site is equipped with modern weaving machines. The facility manufactures UD, BD woven fabrics and tapes. Capacity: SRS tape and BD fabrics 1 m sq metres / year. The activities are focused on the development and production of new products for use in industries such as aerospace, shipbuilding, construction, energy, pipeline transportation, consumer goods and others. 10

Our capabilities Unidirectional and Bi-Directional Woven Fabrics Areal weight: 100-800 gsm Fabric width: Fiber materials: Resin compatibility: 100 1 600 mm 1K - 50K industrial CF 70 3 600 tex GF Aramid, hot-melt yarn weft EP, VE Weaving pattern: Plain, twill, and others Roll length: 50 / 100 m Customized roll lengths are possible 11

List of stock materials Product Areal weight (g/m 2 ) Sizing Width (mm) Construction Fiber type Unidirectional Tape 800 EPX,VE 120 Plain 24K Balanced Fabric 200 EPX 1 000 Twill 2/2, Plain 3K Balanced Fabric 600 EPX 1 000 Twill 2/2 12K Biaxial Fabric 400 EPX,VE 1 270 ± 45 12K Biaxial Fabric 400 EPX,VE 1 270 0 /90 12K Biaxial Fabric 600 EPX,VE 1 270 ± 45 24K Biaxial Fabric 600 EPX,VE 270 0 /90 24K Biaxial Hybrid Fabric 600 EPX,VE 1 270 ± 45 12K, E-Glass Biaxial Hybrid Fabric 800 EPX,VE 1 270 0/90 12K, E-Glass 12

Materials for the external reinforcement system FibArm Carbon tapes and fabrics FibArm Tape Universal for all types of structures; Optimum for solving most problems; Convenient to use. Options Type of fabric Weaving pattern Width (mm) Areal weight (g/m 2 ) Modulus of elasticity, GPa (fibers) Tensile strength, GPa (fibers) Estimated thickness of monolayer tape, mm Unidirectional carbon tape FibArm Tape 230/300 Plain 300 230 245 4,9 0,128 FibArm Tape 530/300 Plain 300 530 245 4,9 0,294 13

Materials for the external reinforcement system FibArm Two-component systems on an epoxy basis Used as an impregnating adhesive for the FibArm reinforcement system based on carbon tapes and carbon fiber fabrics (FibArm Resin 230+, FibArm Resin 530+), as well as glue for composite carbon lamellae (FibArm Resin Laminate +) Name FibArm Resin 230+ FibArm Resin 530+ FibArm Resin Laminate+ Appearance Component A: Ivory Component B: dark gray Component A: colorless Component B: pale yellow Component A: white Component B: black Density 1,3 g/cm3 (А+B) 1,15 g/cm3 (А+B) 1,65 g/cm3 (А+B) Mixing ratios (by weight) Comp. А : Comp. B = 100 : 50 Comp. A: Comp. B= 100 : 30 Comp. A: Comp. B= 100 : 25 Viability of the mixture, min., Min At a temperature of 10ºС 80 At a temperature of 20ºС 35 At a temperature of 30ºС 20 At a temperature of 10ºС 240 At a temperature of 20ºС 120 At a temperature of 30ºС 40 At a temperature of 10ºС 90 At a temperature of 20ºС 40 At a temperature of 30ºС 30 Adhesion strength More than 2.5 MPa, a break in concrete (B40) More than 2.5 MPa, a break in concrete (B40) More than 2.5 MPa, a break in concrete (B40) Shear strength (7 days at 23 C), not less than 15 MPa 7 MPa 14 MPa 14

Certification The company Prepreg-ACM has a certificate of compliance of the quality management system with the requirements of the aerospace standard EN 9100. The certificate confirms internationally the quality of the company's products for the aerospace industry. The company has all the certificates necessary to sell products in key industries. 15

Applications Automotive Sports and leisure Construction Marine Wind energy Aerospace 16

Contacts Prepreg-ACM JSC Volgogradsky prospect, 42, bld. 13, Moscow, Russia Postal code: 109316 Т: +7 495 984 2224 www.prepreg-acm.com