BCN3D BVOH Support
BCN3D BVOH is as a water-soluble support material, compatible with PLA, Tough PLA, PETG, TPU, ABS, and Nylon. This innovative material is strategically engineered to streamline the post-processing phase, ultimately saving you time, effort, & valuable resources.
BCN3D has meticulously designed BVOH from the ground up to streamline your workflow, conserving time, effort, and materials. BVOH demonstrates its versatility by performing well at elevated temperatures, making it compatible with PLA, Tough PLA, PETG, TPU, ABS, and Nylon. Instead of using these materials as costly supports and depleting your valuable build material, embrace BCN3D BVOH as the essential underpinning to ensure the precision and aesthetic appeal of your 3D printed components.
With BCN3D BVOH, you can liberate yourself from the post-processing challenges associated with support removal, especially in intricate and inaccessible areas of your prints. By harnessing the simplicity of dissolution, immersing your print in water effortlessly dissolves the BVOH, leaving you with impeccably smooth parts, devoid of any trace of supports.
- Employ as water-soluble supports for intricate and partially enclosed spaces.
- Achieve a sleek finish on functional prototypes.
- Utilize for sacrificial molds.
- Implement in movable mechanisms.
- Produce hollow parts.
- Recognized as a water-soluble material.
- Compatible with PLA, Tough PLA, PET-G, TPU 98A, ABS, PA, and PAHT CF15.
- Exhibits the fastest dissolution rate.
- Facilitates easy removal from within small components.
- Minimizes the occurrence of clogging issues.
- Demonstrates high hygroscopicity.
- Table temperature:45ºC – 90ºC
- Cooling:50% – 100%
- Print speed:20 mm/s
- Printing temperature:190ºC – 210ºC
- Layer height:0.15 – 0.4 mm
- Glass Transition Temperature:69 °C / 156 °F
- Crystallization Temperature:122 °C / 252 °F
- Melting Temperature:175 °C / 347 °F
- Tensile strength:33.7 MPa / 4.9 ksi
- Elongation at Break:14.8 %
- Young’s Modulus:2339 MPa / 339 ksi
- Flexural Strength:53.8 MPa / 7.8 ksi
- Flexural Modulus:2236 MPa / 324 ksi
- Flexural Strain at Break:4.8 %