Sockel Plaster GT 160, Royal Blue, 22KG

sockel-plaster GT 160 is a specialized type 4 liquid base plaster, crafted in accordance with DIN EN ISO 6873: 2013 standards. This plaster is uniquely formulated to create tension-free model bases using the base casting technique, making it ideal for split cast applications and generating super-smooth counter-parts in plastic dentures.

Specifications:

• Category: Base Plaster
• Type: Type 4, Liquid
• Application: Base casting technique, split cast, and plastic dentures
• Feature: Tension-free model bases

Mixing and Handling:

Parameter	Specification
Mixing Ratio	24 ml of water to 100 g of powder
Stirring Time	60 seconds (mechanical)
Processing Time	Approximately 8-9 minutes
Setting Time	Approximately 13-14 minutes

Physical Properties:

• Hardness (24h): Greater than 160 N/mm²
• Hardness (30/60 min): Approximately 130/150 N/mm²
• Compressive Strength:
  • 1 hour: Approximately 60 MPa
  • 24 hours: Greater than 70 MPa
• Expansion (DIN): Less than 0.06 %

Product Highlights:

• Stress-Free Results: Provides tension-free outcomes essential for accurate dental base applications.
• Super-Smooth Finish: Ensures smooth counter-parts, a critical quality for plastic denture production.
• High Hardness: Maintains a high level of hardness for durability and longevity of dental models.
• Precision Technique: Perfectly suited for the base casting technique and split cast models.

Usage Instructions:

1. Measure 24 ml of water to every 100 g of sockel-plaster GT 160 powder.
2. Mix mechanically for 60 seconds until smooth and homogenous.
3. Process the plaster within 8-9 minutes to shape and form the desired models.
4. Allow the plaster to set for 13-14 minutes before handling the set models.
5. Once set, the material exhibits a high hardness and compressive strength suitable for intricate dental work.

sockel-plaster GT 160 is the professional's choice for creating precise and smooth dental model bases, providing a reliable foundation for high-quality dental restorations and appliances.