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ampliTex

Innovative lightweight composites for enhanced vehicle performance.

ampliTex

Photography courtesy of Bcomp

Overview

AmpliTex by Bcomp is a pioneering composite material designed for the automotive industry that combines sustainability with superior mechanical performance. Utilizing a unique hybridization of natural fibers and thermoplastics, AmpliTex offers a significant weight reduction compared to traditional materials, which leads to improved fuel efficiency and lower emissions. The advanced technology behind AmpliTex also maintains excellent mechanical properties, enhancing the structural integrity of automotive components. The market for lightweight automotive materials is rapidly evolving, driven by stringent emissions regulations and consumer demand for more sustainable automotive solutions. AmpliTex is positioned aptly within this landscape, appealing to OEMs looking to reduce weight without compromising safety or performance. By integrating natural fibers sourced from renewable resources, AmpliTex not only contributes to lower carbon footprints but also establishes itself as a responsible choice for eco-conscious manufacturing. In terms of design versatility, AmpliTex can be easily integrated into various applications, including interior components, body panels, and structural elements, providing manufacturers flexibility in their engineering designs. With ongoing collaborations with leading OEMs, Bcomp continues to push the envelope on innovation, ensuring AmpliTex meets the evolving demands of the automotive sector while also contributing to sustainable practices.

Key Differentiators

  • Significantly lighter than traditional composites
  • High mechanical strength and stiffness
  • Sustainable sourcing of natural fibers
  • Excellent impact resistance
  • Versatile applications across various automotive components

Materials & Procurement Intelligence

Key materials used in this component, with supply chain risk and sourcing notes.

Natural Fibers

Medium Risk

Composite matrix reinforcement

Materials Library

Procurement note: Sourced from sustainable farms

Thermoplastic Matrix

Medium Risk

Binding agent for composite structure

Materials Library

Procurement note: Widely available but fluctuating prices

Bio-resin

High Risk

Sustainable resin option for composite

Materials Library

Procurement note: Emerging source with limited suppliers

Recycled plastics

Low Risk

Enhances sustainability profile

Materials Library

Procurement note: Growing availability in the market

Glass Fiber

Medium Risk

Used for enhanced rigidity

Materials Library

Procurement note: Generally stable supply but cost sensitive

Additives

Medium Risk

Improves performance characteristics

Materials Library

Procurement note: Variable availability based on performance type

Key Specifications

Density1.2 g/cm³
Tensile Strength40 MPa
Flexural Modulus3.0 GPa
Impact Strength (Charpy)15 kJ/m²
Thermal Decomposition Temperature250 °C
Flammability RatingUL94 V-0
Water Absorption< 2%
Color OptionsNatural, dyed options
Recyclability Rate90%
Fatigue ResistanceExcellent
Manufacturing ProcessPress molding, injection molding
Length of Fibers50-100 mm

Supplied By

B

Bcomp

View Supplier Profile

Procurement Summary

Typical Lead Time

6-8 weeks from order confirmation

Minimum Order Qty

Minimum order quantity of 100 kg

Cost Indicator

Mid-cost tier

Supply Risk

Moderate supply risk due to reliance on specialized natural fiber suppliers.

Certifications

ISO 14001
ISO 9001
UL 94

Applicable Standards

ISO 19961
SAE J2875
ASTM D7031

Material Price Trends

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Trayce Verified

Unverified — no published review

Data confidence: UNKNOWN

Trayce Verified applies only to the dimensions shown as independently sourced below. It is separate from paid Enhanced Profiles and does not guarantee capacity, lead time or supplier suitability.

Last reviewed: UnknownProfile source citations: 3
  • Company identity

    Unknown — not reviewed

  • Manufacturing location

    Unknown — not reviewed

  • Certifications

    Unknown — not reviewed

  • Programme relationships

    Unknown — not reviewed

Source counts describe profile citations, not independently verified checks. Certification review applies to the recorded dimension; individual certificates, capacity and lead times are not verified by this panel.

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