3D Filaments / Price / Omni3D

KIMYA PETG Carbon

Iwona Kliś — Mon, 30 Jan 2023 09:58:18 +0000

KIMYA PETG Carbon

PETG material reinforced with carbon fibers.

This combines the high temperature resistance of PETG with the strength that comes from the addition of carbon fibers. It also has very high bending resistance. Due to its stiffness, it is used for specific mechanical parts, especially in the automotive industry.

Due to the addition of carbon fiber, with abrasive properties, a nozzle made of high hardness material such as hardened steel is required for printing PETG CARBON.

Printing temperature

220-260 °C

Platform temperature

60-100 °C

Printing speed

40-70 mm/s

Artykuł KIMYA PETG Carbon pochodzi z serwisu Omni3D.

KIMYA ABS CARBON

Iwona Kliś — Mon, 30 Jan 2023 09:46:43 +0000

KIMYA ABS CARBON

Belongs to styrene copolymers.

It is an ABS material reinforced with chopped carbon fibers. As a result, it offers greater stiffness, less shrinkage, increased compressive strength and greater temperature resistance than regular ABS. ABS CARBON is highly valued by drone manufacturers and modeling enthusiasts due to its increased stiffness compared to regular ABS.

Due to the addition of carbon fiber, with abrasive properties, a nozzle made of a high hardness material such as hardened steel is required for ABS CARBON printing. We recommend printing with a nozzle of 0.6mm diameter.

Printing temperature

250-270 °C

Platform temperature

90-110 °C

Printing speed

40-70 mm/s

Artykuł KIMYA ABS CARBON pochodzi z serwisu Omni3D.

KIMYA ABS ESD

Iwona Kliś — Mon, 30 Jan 2023 09:40:18 +0000

CHEMISTRY ABS ESD

They belong to styrene copolymers.

It is designed to print electronic components exposed to damage from electrostatic discharge.

The high electrical charge dissipation properties ensure the safety of integrated circuits and other electronic components and minimize the risk of damaging them. This makes it ideal for printing all types of housings, containers, feeders that come into contact with electronic devices that are barely sensitive to electrostatic discharges. It is easy to print, light and rigid.

Thanks to its impact resistance, it guarantees durability and resistance, as well as resistance to high temperatures.

Nozzle temperature

250-270°C

Platform temperature

90-110°C

Print speed

30-50mm/sec

Artykuł KIMYA ABS ESD pochodzi z serwisu Omni3D.

PLA-Paper (700g)

Michalina Drabik — Thu, 28 Apr 2022 11:53:39 +0000

BIODEGRADABLE POLYMER WITH AN ADDED PAPER FIBER

Paper filament is an easy-to-handle material based on PLA, 30% filled with paper fiber. Thanks to this, prints made of PLA-Papier are perfect for coloring with crayons, felt-tip pens or poster paints.

APPLICATIONS: design, prototypes, consumer models, biodegradable models.

We recommend drying the material.

Printing temperature

180-210°C

Platform temperature

40-60 °C

Artykuł PLA-Paper (700g) pochodzi z serwisu Omni3D.

PLA-Cork (800g)

Michalina Drabik — Thu, 28 Apr 2022 08:45:56 +0000

BIODEGRADABLE POLYMER WITH ADDITION OF CORK FIBER

Cork filament is a very easy-to-process material based on PLA, 30% filled with cork fiber. It has excellent cork properties such as flexibility, lightness and strength as well as low thermal conductivity, allowing for a realistic representation of natural cork.

APPLICATIONS: design, prototypes, consumer models, biodegradable models.

We recommend drying the material.

Printing temperature

180-210°C

Platform temperature

40-60 °C

Artykuł PLA-Cork (800g) pochodzi z serwisu Omni3D.

PLA-Bamboo (800g)

Michalina Drabik — Thu, 28 Apr 2022 07:58:07 +0000

BIODEGRADABLE POLYMER MADE FROM RENEWABLE RAW MATERIALS

The PLA-Bambus material is fully biodegradable, based on PLA and filled with 20% bamboo fibers. PLA is one of the basic materials for rapid prototyping.

APPLICATIONS: prototypes, consumer models, biodegradable models, design.

We recommend drying the material.

Printing temperature

180-210°C

Table temperature

40-60 °C

Artykuł PLA-Bamboo (800g) pochodzi z serwisu Omni3D.

ABS V0

Michalina Drabik — Tue, 04 Jan 2022 10:53:08 +0000

ABS FILAMENT FLAMMABLE AND FIREPROOF

ABS V0 is a self-extinguishing, fire-resistant material, manufactured with UL94 V0 certified granulate for flame extinguishing.

APPLICATION: Especially suitable for the production of components that may be exposed to heat sources and for electrical and electronic systems.

Platform temperature

80-110°C

Nozzle temperature

235-255°C

Artykuł ABS V0 pochodzi z serwisu Omni3D.

ABS FC

Michalina Drabik — Tue, 24 Aug 2021 13:49:46 +0000

ABS FOR TECHNICAL AND PRECISION APPLICATIONS

High-performance, easy-to-print ABS granules certified for biocompatibility standard for food contact and medical applications. According to the following reference standards:

– ISO 10993-1 USP class VI

– UE No. 10/20111 y 21 CFR FDA

APPLICATION: Precise prints for medical and food contact applications

Nozzle temperature

235-255°C

Platform temperature

80-110°C

Artykuł ABS FC pochodzi z serwisu Omni3D.

TPU-93A

Iwona Kliś — Mon, 18 Jan 2021 16:17:43 +0000

MULTICOLOR FLEXIBLE MATERIAL

Flexible TPU-93A material with a hardness of 93A Shore. It has features such as low shrinkage during processing, high durability and good layer bonding, making it suitable for the production of tool elements, eg in contact with car bodies, flexible hoses, brackets and housings.

APPLICATIONS: gaskets, plugs, bumpers, bands, elastic hinges

Temperature embossing

190-210°C

Platform Temperature

45-50°C

Artykuł TPU-93A pochodzi z serwisu Omni3D.

ALFATEIKO

Iwona Kliś — Mon, 18 Jan 2021 15:51:28 +0000

ALTERNATIVE FOR PEEK

ALFATEIKO excellent processability, guarantees reduced printing times and exceptional results in terms of mechanical properties and chemical resistance, there are no solvents known to attack it under 200°C, excellent adhesion between layers, preventing delamination and ensuring minimum warping
during the printing process (less than ABS), excellent alternative to PEEK but much easier to print

APPLICATIONS : automotive, chemical, petroleum and gas industry, printing tools and equipment exposed to high temperatures and even requiring sterilization, aeronautical design and every high-end applications requiring chemical resistance and outstanding mechanical properties

Extrusion temperature

300 – 330 °C

Temperatura de la plataforma

70 – 110°C

Temperatura de la cámara

70°C

Artykuł ALFATEIKO pochodzi z serwisu Omni3D.