وصف المشروع
Dental stone refers to a variety of dental materials used for making replicas of oral anatomy and dental prosthetics. Dental stones are based on gypsum, a crystallized mineral that contains calcium sulfate dihydrate.
[Main structure and performance]
The dental super hard gypsum is mainly made up of plaster.
Type 3 – High strength, used for master casts and working models
Type 4 – High strength, used for extremely detailed models
Dental stone sets through an exothermic hydration reaction when mixed with water. It expands slightly during setting to produce an accurate, dimensionally stable model.
With an appropriate dental stone type selected, dental technicians can achieve high precision and reproducibility for dental models. The models serve as the foundation for a variety of dental treatments and appliances.
[Adaptation range]
The model is suitable for making oral soft and hard tissue models or prostheses.
[Main technical indicators]
Linear curing expansion range: 3 type 0-0.20%; 4 type 0-0.15%.
Compressive strength: 3 type > 20Mpa; 4 type>35Mpa
Dental stone sets through an exothermic hydration reaction when mixed with water. It expands slightly during setting to produce an accurate, dimensionally stable model.
With an appropriate dental stone type selected, dental technicians can achieve high precision and reproducibility for dental models. The models serve as the foundation for a variety of dental treatments and appliances.
Achieve excellent precision and accuracy with our Type 3 Dental Stone. This high quality dental model material is meticulously formulated to capture intricate details for crafting dental models, dies, and appliances.
Our Type 3 dental stone provides extremely high compressive and tensile strength to withstand the forces of carving and articulation without crumbling or distorting. The ultra-fine grain size allows for sharp reproduction of even the finest details like tooth anatomy and soft tissue contours.
With its advanced formula, this dental stone produces vibration-free pours for accurate, bubble-free models. The models replicate the intraoral environment with unparalleled detail, providing dental labs and technicians the highest precision for restorations, prosthetics, and treatment planning.
