Kimya High-Performance 3D Printing Materials
We provide a wide range of advanced materials and services to support 3D printing applications for medical, dental, aerospace, automotive and general manufacturing applications.
Kimya manufactures high-performance and innovative 3D printing filaments designed for the manufacturing industry. We provide a wide range of advanced materials and services to support 3D printing applications for medical, dental, aerospace, automotive and general manufacturing applications.
Kimya manufactures high-performance and innovative 3D printing filaments designed for the manufacturing industry. We provide a wide range of advanced materials and services to support 3D printing applications for medical, dental, aerospace, automotive and general manufacturing applications.
Kimya manufactures high-performance and innovative 3D printing filaments designed for the manufacturing industry. We provide a wide range of advanced materials and services to support 3D printing applications for medical, dental, aerospace, automotive and general manufacturing applications.
Kimya manufactures high-performance and innovative 3D printing filaments designed for the manufacturing industry. We provide a wide range of advanced materials and services to support 3D printing applications for medical, dental, aerospace, automotive and general manufacturing applications.
Kimya manufactures high-performance and innovative 3D printing filaments designed for the manufacturing industry. We provide a wide range of advanced materials and services to support 3D printing applications for medical, dental, aerospace, automotive and general manufacturing applications.
The code can be downloaded here: kimya-high-performance-3d-printing-materials.md.
We have set up a mailing list to keep you informed about Kimya. This list is also used for all news and updates about Kimya.
Kimya is distributed under the MIT License.
Kimya is designed to be an open source project. The community is invited to contribute to Kimya.
Kimya is a high-performance 3D printing material designed for 3D printing. In order to achieve this, Kimya has been designed with the following characteristics:
Kimya’s main performance characteristics are:
Kimya has been designed to be a very easy to use material for 3D printing.
Kimya is a very easy material to work with. The material is very easy to print with and the material properties are very easy to predict.
Kimya is a very easy material to print with. The material has a very low shrinkage, and a very low warping.
Kimya has a very small printing temperature range. The printing temperature range is from 210°C to 240°C.
Kimya has a very low thermal expansion. The thermal expansion of Kimya is lower than that of ABS and PLA. This means that Kimya will not expand and contract as much as ABS and PLA when the temperature changes.
Kimya has a very low porosity. The porosity of Kimya is lower than that of ABS and PLA. This means that Kimya will not absorb water as much as ABS and PLA.
Kimya has a very low water absorption. The water absorption of Kimya is lower than that of ABS and PLA. This means that Kimya will not absorb water as much as ABS and PLA.
Kimya has a very low thermal conductivity. The thermal conductivity of Kimya is lower than that of ABS and PLA. This means that Kimya will not transfer heat as much as ABS and PLA.
Kimya has a very low coefficient of linear expansion. The coefficient of linear expansion of Kimya is lower than that of ABS and PLA. This means that Kimya will not expand and contract as much as ABS and PLA.
Kimya has a very low shear strength. The shear strength of Kimya is lower than that of ABS and PLA. This means that Kimya will not break as easily as ABS and PLA.
Kimya has a very low tensile strength. The tensile strength of Kimya is lower than that of ABS and PLA. This means that Kimya will not break as easily as ABS and PLA.
Kimya has a very low impact strength. The impact strength of Kimya is lower than that of ABS and PLA. This means that Kimya will not break as easily as ABS and PLA.
Kimya has a very low coefficient of thermal expansion. The coefficient of thermal expansion of Kimya is lower than that of ABS and PLA. This means that Kimya will not expand and contract as much as ABS and PLA.
Kimya has a very low color-stable. The color of Kimya is very stable. The color of Kimya will not change as much as ABS and PLA when the material is exposed to UV light.
Kimya has a very low color-changing. The color of Kimya will not change as much as ABS and PLA when the material is exposed to UV light.
Kimya has a very low color-fading. The color of Kimya will not fade as much as ABS and PLA when the material is exposed to UV light.
Kimya has a very low heat distortion temperature. The heat distortion temperature of Kimya is lower than that of ABS and PLA. This means that Kimya will not distort as much as ABS and PLA when the material is exposed to heat.
Kimya has a very low heat deflection temperature. The heat deflection temperature of Kimya is lower than that of ABS and PLA. This means that Kimya will not bend as much as ABS and PLA when the material is exposed to heat.
Kimya has a very low glass transition temperature. The glass transition temperature of Kimya is lower than that of ABS and PLA. This means that Kimya will not soften as much as ABS and PLA when the material is exposed to heat.
Kimya has a very low heat capacity. The heat capacity of Kimya is lower than that of ABS and PLA. This means that Kimya will not absorb heat as much as ABS and PLA.
Kimya has a very low thermal conductivity. The thermal conductivity of Kimya is lower than that of ABS and PLA. This means that Kimya will not transfer heat as much as ABS and PLA.
Kimya has a very low coefficient of thermal expansion. The coefficient of thermal expansion of Kimya is lower than that of ABS and PLA.
We provide a wide range of advanced materials and services to support 3D printing applications for medical, dental, aerospace, automotive and general manufacturing applications. Kimya manufactures high-performance and innovative 3D printing filaments designed for the manufacturing industry. We provide a wide range of advanced materials and services to support 3D printing applications for medical, dental,…