FORMULA UPLOAD
Formula Cost Calculation
TDS Generation
SDS / MSDS Generation
Please here enter the estimate cost per material
Material Name
Material Type
Price
Unit
1
Glass Bubbles
K1
50
Kg
2
Glass Bubbles
K1
50
Kg
3
Glass Bubbles
K1
50
Kg
4
Glass Bubbles
K1
50
Kg
5
Glass Bubbles
K1
50
Kg
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EXAMPLE TEXT - TDS Generation - SDS / MSDS Generation
The Formula of the Light Weight Putty has been strategically designed to leverage the best combination of raw materials to ensure high functionality, workability, and durability. Here’s a detailed breakdown of the chosen materials and their role:
- Texicryl 13-065 (Scott-Bader) – A high-quality polymer binder that forms the backbone of the putty, providing strong adhesion, flexibility, and resistance to cracking.
- Dispex A40 (BASF) – A dispersing agent that ensures a uniform distribution of particles within the formula, enhancing the consistency and workability of the putty.
- Acticide BX (Thor) – An effective preservative added to extend the shelf life of the formulation by preventing microbial growth.
- Foamaster MO NXZ (BASF) – A defoamer that helps eliminate air bubbles during the mixing and application processes, maintaining a smooth finish.
- Butyl Diglycol Acetate – A solvent that aids in achieving optimal viscosity and improved drying time.
- Tylose H 30,000 YP2 (SE Tylose GmbH & Co. KG) – A thickening agent that controls the rheology of the mixture, ensuring that the putty maintains a manageable consistency.
- Glass Bubbles K1 (3M) – A lightweight filler that significantly reduces the overall density of the putty while enhancing properties such as sandability and non-sag performance.
Benefits of the {NAME} Formula:
The Premium Performance Formula is engineered for projects that require top-level durability, seamless application, and superior aesthetic results. Ideal for high-stakes or high-demand professional environments, this formulation guarantees long-lasting performance and minimizes maintenance efforts.
Protocol for Formulation 1:
Materials:
- Acrylic polymer emulsion (e.g., Primal™ AC-261 K)
- Glass microspheres (e.g., 3M™ Glass Bubbles K1)
- Hydroxyethyl cellulose (e.g., Natrosol™ 250 HBR)
- Defoamer (e.g., BYK®-024)
- Preservative (e.g., Acticide® MBS)
- Water repellent (e.g., Silicone-based additive)
- Distilled water
Equipment:
- Mixing vessel
- High-shear mixer
- Protective gear (gloves, goggles, lab coat)
- Precision scales
- Measuring cylinders
Procedure:
- Preparation:
- Wear protective equipment.
- Ensure all equipment and vessels are clean.
- Mixing Water and Thickener:
- Add the distilled water (16%) to the mixing vessel.
- Gradually add hydroxyethyl cellulose (2%) while stirring continuously to avoid lumps.
- Mix until a homogeneous gel is formed.
- Adding Binder:
- Add the acrylic polymer emulsion (30%) to the mixture.
- Stir until fully homogenized.
- Adding Additives:
- Add the defoamer (1%), preservative (0.5%), and water repellent (0.5%).
- Continue stirring to evenly distribute the additives.
- Adding Lightweight Filler:
- Gradually add the glass microspheres (50%) while stirring at low speed to prevent damage to the microspheres.
- Mix until a uniform paste is achieved.
- Final Mixing:
- Ensure the mixture is homogeneous with no lumps or air bubbles.
- Adjust viscosity if necessary by adding small amounts of water or thickener.
- Quality Check:
- Test a small sample for consistency and application properties.