Essentium Altitude

SKU: FIL006001750175


In the rapidly evolving world of manufacturing and product development, there is an ever-present demand for materials that are not only strong and durable but also versatile in their application. Essentium Altitude emerges as a game-changer in this regard, offering unparalleled advantages to various industries. This high-performance co-polymer blend, composed of polycarbonate and siloxane, bolstered with non-chlorinated and non-brominated flame-retardant agents and UV stabilizers, has a set of unique features that can redefine the benchmarks for engineering materials.

  1. Flame Retardancy and Safety: The base resin's ability to meet the UL 94V-0 flame testing at just 1.5 millimeters is a testament to its outstanding flame-retardant properties. In industries where safety is paramount, such as aerospace, automotive, electronics, and construction, this property ensures that products will not readily ignite, spread flames, or produce significant heat when exposed to fire. This goes a long way in guaranteeing the safety of end users and minimizing potential risks associated with fires.

  2. Extreme Temperature Resilience: With a resilience to temperatures as low as negative 60ºC, Essentium Altitude stands out as an excellent material for applications in extreme environments. Whether it's for aerospace components exposed to sub-zero temperatures in outer space, or equipment used in polar regions, this material assures integrity and performance. Such thermal properties also make it ideal for cold storage equipment, outdoor applications, and even certain medical devices that need to operate or be stored in ultra-low temperatures.

  3. UV Stability: The inclusion of UV stabilizers in its formulation ensures that the Essentium Altitude remains stable even when exposed to prolonged ultraviolet radiation. For products and components that are continually exposed to sunlight, such as outdoor furniture, automotive parts, or even architectural structures, this UV resistance means longer lifespan, less maintenance, and a consistent appearance over time.

  4. Potential for Disruption in 3D Printing: Essentium, Inc.'s focus on industrial 3D printing solutions provides an avenue where the Altitude material can truly shine. The strength of the material combined with the efficiency and flexibility of 3D printing allows for rapid prototyping and production of complex parts. This means industries can accelerate their design-to-market process, reduce costs associated with traditional manufacturing, and develop innovative solutions that were previously unimaginable.

  5. Environmental Consciousness: In today's world, the push for environmentally-friendly materials is more significant than ever. By opting for non-chlorinated and non-brominated flame-retardant agents, the material ensures safety without compromising on ecological responsibilities. This makes it appealing for companies aiming to enhance their green credentials and commit to sustainable practices.

  6. Versatility Across Industries: Given its robust properties, Essentium Altitude holds promise across a multitude of industries. In the medical field, it can be used for devices requiring both strength and sterility. In automotive, it provides resilience against elements, and in electronics, it offers safety against potential fire hazards.

  7. Supporting Scalability: Traditional manufacturing often struggles with scalability, especially when high-performance materials are concerned. With Essentium's approach of melding product strength with production speed, Altitude can be used at scale without any compromise. This means industries can meet growing demands without delays or significant cost escalations.

In conclusion, Essentium Altitude, with its unique formulation, stands poised to revolutionize the material landscape across multiple sectors. Its flame retardancy, UV stability, temperature resilience, and compatibility with disruptive 3D printing technologies make it not just a material for the present but also for the future. In a world where performance, safety, and environmental considerations are paramount, Essentium Altitude is more than just a material—it's a promise of endless possibilities.

Essentium Altitude is a high-performance co-polymer blend of polycarbonate and siloxane, mixed with non-chlorinated and non-brominated flame-retardant agents and UV stabilizers. The base resin meets UL 94V-0 flame testing at 1.5 millimeters. This unique formulation allows this material to withstand temperatures of down to negative 60ºC.

Key Features:

  • UV stability
  •  High temperature resistance
  •  Impact resistance
  •  Flame retardant


  • Outdoor applications
  • High-altitude applications
  • Drones and drone bodies
  • Electrical system components
  • Panel cover
  • Transformer housings and covers
  • Electrical line protection

Altitude Recommended FFF Print Settings
Nozzle Temperature: °C 280 - 320
Bed Temperature: °C 110 - 130
Chamber Temperature (recommended): °C 80 - 110
Chamber Temperature (minimum): °C >70
Print Speed: mm/s 20 - 60
First Layer Speed: mm/s 20 - 25
Fan Speed: % 0 - 15
Bed Material G14: PEI or glass
Bed Adhesion Method: Nano Polymer Adhesive
Infill Density: % 15 - 75