Specification
| parameter | Test standards | unit | result |
| Shore | ASTM D2240 | Shore D | 76 |
| Bending strength | ASTM D790 | Mpa | 75-82 |
| Bending modulus | ASTM D790 | Mpa | 2050-2215 |
| Notch impact strength | ASTM D256 | Mpa | 36-41.5 |
| Breaking elongation rate | ASTM D638 | % | 7-9 |
| Water absorption rate | ASTM D570 | % | 0.7-0.95 |
| Hot deformation temperature | / | ℃ | ＜75 |
Description
Biocompatible DLP Resin for Dentures,Prioritize safety with our
biocompatible resin, suitable for dentures and patient-centric
dental models. Its compatibility with DLP and LCD printers ensures
streamlined repair processes while maintaining user and patient
well-being.
Product features:
- Rapid Formation: Our dental model resin boasts an exceptionally
fast forming speed, allowing for quick and efficient repairs to
dental models, minimizing downtime and increasing productivity.
- User-Friendly: Simplify the repair process with our resin's
user-friendly characteristics, allowing for easy handling,
application, and cleanup, enhancing efficiency and ease of use.
- Reduced Shrinkage: Minimize shrinkage during the curing process
with our resin, ensuring accurate and dimensionally stable repairs
without compromising on detail or precision.
- Enhanced Product Stability: Our resin offers enhanced product
stability, maintaining its properties over time to ensure
consistent performance and reliable results, even with prolonged
storage.
Applicaton
- Clear Aligner Model Repair: Clear aligner models used for
orthodontic treatment can be repaired with clear dental model
resin. This maintains the transparency needed to visualize tooth
movement during treatment planning.
- Creating Custom Bases: Dental model resin can be used to create
custom bases for dental models. This allows for better model
stability and presentation during demonstrations or patient
consultations.
- Adding Anatomical Details: Missing anatomical details on a dental
model can be recreated with dental model resin. This might involve
sculpting features like frenulums or gingival tissues for a more
complete and accurate representation.
- Prototyping Functional Devices: Dental model resin can be used to
prototype functional devices like bite splints or retainers. The
durability and versatility of the resin allow for testing and
refinement before creating the final product.
FAQ
1. What is the average curing time for dental model resin during
the repair process?
Answer: The curing time can vary depending on factors like the
resin type and the curing method used. Typically, dental model
resin for repairing offers fast forming speeds, with curing times
ranging from a few minutes to around an hour.
2. How does the surface hardness of dental model resin affect the
longevity of repairs?
Answer: Dental model resin designed for repairs often boasts high
surface hardness, ensuring durability and resistance to wear over
time. This hardness contributes to the longevity of repairs,
providing lasting results that withstand daily use and
manipulation.
3. What post-treatment procedures are typically involved after
using dental model resin for repairs?
Answer: Post-treatment procedures for dental model resin repairs
are usually minimal due to the resin's short post-treatment time.
These procedures may include simple steps such as rinsing the
repaired model with water or applying a surface finish, depending
on the specific resin and repair requirements.
4. How does the stable performance of dental model resin impact the
quality of repairs?
Answer: Stable performance ensures consistent results throughout
the repair process, minimizing the risk of defects or
inconsistencies. Dental model resin engineered for repairing
maintains stable performance characteristics, such as viscosity and
curing behavior, ensuring reliable and precise repairs.
5. What are the primary considerations when selecting dental model
resin for repair applications?
Answer: When choosing dental model resin for repairs, factors such
as fast forming speed, high surface hardness, short post-treatment
time, and stable performance are crucial. Additionally,
compatibility with printing equipment and materials, as well as
biocompatibility and aesthetic properties, may also influence the
selection process.
