Composite Products & Materials

From concept to finished product

High-performance composite materials and components from ANGLO are used across the globe in demanding applications within the aerospace, medical, defence, auto- motive, electrical, sports and industrial sectors.

Composite materials from the KREMPEL-GROUP are now at the very heart of products which impact on how we live and work – for example in cars, aircraft, ships, trains, wind energy, civil engineering, sports equipment and high performance racing cars.

New opportunities for KREMPEL-GROUP composites continue to expand as we develop application-specific materials and processes for new and demanding markets.

The KREMPEL-GROUP is vertically integrated with great strength in composite material development and manufacture.

Design

3D CAD – UGS SolidEdge,

interfacing with a wide range of formats.

Applications

• Component/assembly design

• Geometry generation for FEM analysis

• Tool design

• Test equipment design

• 2D manufacturing drawings

Dimensioning & Analysis

FEM Analyse – MSCNastran

Applications
• Linear/non linear analysis of stresses, buckling and frequencies • Laminate analysis • Design of sections with reduced notch stress • Hotspot detection

Production

We provide innovative and technically advanced solutions to our customers across an extensive range of composite applications. This is matched by our extensive manufacturing capability enabling us to offer our customers advantages in composite design and supply.

We operate a strong quality management system and our group accreditations include ISO 9001, ISO/TS 16949, QSF-C, and AECMA EASE listed supplier.

Prepreg Systems

Fabric prepregs (solvent based)
Maximum width Prepreg weight	1750 mm 50 - 1800 g/m2
Fabric prepregs (hot-melt based)
Maximum width Melt or powder based resin deposition	1250 mm
Materials
Fibres Resin systems	glass, carbon, aramid, silicone and cotton fibres epoxy, phenolic, polyimide, bismaleinimide and others

Filament Wound Composite Tubes

Max. mandrel length Max. mandrel diameter Max. winding length	3500 mm 600 mm 3000 mm
Materials
Fibres Yarn count Resin systems	glass, carbon, aramid, synthetic fibres 63 - 2400 tex all common liquid resins with suitable viscosity

Mandrel Wound Composite Tubes

Max. mandrel length Max. mandrel diameter Minimum diameter	1400 mm 325 mm 3 mm
Materials
Fibres Yarn count Resins epoxy	glass, carbon, cotton 80/80, 100/100, 135/135 epoxy, phenolic, silicone

Composite Components – Machined / Formed / Punched

Composite Machining
Multi Axis Vertical Machining Automated Bar Fed CNC Drilling Automated Turning Lathes Automated High precision Sawing
Water Jet Cutting
4 cutting heads Operating dimensions X = 3100 mm Y = 3100 mm Z = 250 mm
Composite Punching
High speed auto load/unload presses
Composite Forming
Precision parts in autoclave technique