Uni Base 300 Stone, Gold Brown, 25KG

uni-base 300 is the latest advancement in dental die stone technology, serving as the successor to the well-established dento-rock 280. Formulated as a type 4, thixotropic die stone, uni-base 300 adheres to the DIN EN ISO 6873: 2013 standards. It is engineered for precision in creating saw, counterbite, and diagnostic models, with the added advantage of early removal from impressions.

Specifications:

• Category: Die Stone
• Type: Type 4, Thixotropic
• Application: Saw, counterbite, and diagnostic dental models

Mixing and Handling:

Parameter	Specification
Mixing Ratio	20 ml of water to 100 g of powder
Stirring Time	30 seconds (mechanical)
Processing Time	Approximately 7-8 minutes
Setting Time	Approximately 11-12 minutes

Physical Properties:

• Hardness (24h): Greater than 300 N/mm²
• Hardness (30/60 min): Approximately 240/280 N/mm²
• Compressive Strength:
  • 1 hour: Approximately 70 MPa
  • 24 hours: Greater than 100 MPa
• Expansion (DIN): Less than 0.08 %

Product Highlights:

• Enhanced Strength: Offers superior hardness and compressive strength, exceeding 300 N/mm² after 24 hours.
• Thixotropic Nature: Provides ease of use with its non-drip consistency, ideal for precise model work.
• Early Removal: Designed to be removed from impressions sooner than traditional die stones, optimizing workflow.
• High Precision: Ensures accuracy for all saw, counterbite, and diagnostic models, meeting high-quality standards.

Usage Instructions:

1. Combine 20 ml of water with 100 g of uni-base 300 powder.
2. Stir mechanically for 30 seconds to achieve a smooth consistency.
3. The mixture remains workable for 7-8 minutes, allowing for detailed application.
4. After an 11-12 minute setting period, the stone reaches initial hardness.
5. Final hardness and compressive strength are achieved after 24 hours, ensuring durability.

uni-base 300 Die Stone provides exceptional performance with enhanced features for dental professionals who demand the utmost in precision and efficiency for their modeling and impression work.