Products Detailed (BMC 9100)

BMC 9100

A high-performance BMC designed for precise automotive applications requiring dimensional stability, containing up to 30% of recycled components

Product Overview

Menzolit® BMC 9100 is a glass fibre reinforced bulk moulding compound with mineral fillers and recycled components as a filler, tailored for automotive and commercial vehicle parts for front lighting systems. It offers high strength and excellent thermal stability. Recommended for injection moulding in heated steel moulds with chrome-plated tools.

Application Industries

Automotive

Commercial Vehicle

Key Properties

Exceptional dimensional stability with 0% shrinkage
High heat distortion temperature above 200°C
Glass fibre reinforced for strength and durability
Non-halogenated and REACH SVHC-free

Compliance & Certifications

ISO 62 water absorption < 0.5%

Talk to Our BMC Expert

BMC 9100 provides a high-strength, thermally stable solution for critical automotive components for front lighting systems. The compound is ideal for headlamp reflectors, supporting frames and other precision parts. Its formulation allows reliable mass production with consistent quality.

Designed for automotive applications, BMC 3100 delivers excellent mechanical strength and thermal stability. It provides reliable performance under load. The compound offers a heat distortion temperature above 200 °C. Water absorption remains below 0.5%, ensuring long-term dimensional stability.

Density: 2.0 g/cm³

Flexural Strength: 80 MPa

Tensile Strength: 25 MPa

HDT: >200°C

* The technical parameters are average values. Depending on the formulation and customer requirements, different technical values may be achieved.

Download BMC 9100 Datasheet

BMC 9100 should be injection moulded in heated steel moulds, preferably with chrome-plated tools. Follow recommended temperatures, pressures, and curing cycles for optimal performance. Store in styrene-tight bags inside cardboard or wooden boxes. Technical support is available for design guidance, testing, and troubleshooting to ensure consistent results in automotive applications.