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Colorless Sodium Silicate Chemical 95%Min Sodium Silicate In Cosmetics
Colorless Sodium Silicate Chemical
,Sodium Silicate Chemical 95%Min
,95%Min Sodium Silicate In Cosmetics
Basic Properties
Trading Properties
Other Chemical Industrial Grade Sodium Silicate Einecs No 2156874 Designed For A Binder For Building Materials
Product Description:
Sodium Silicate, commonly referred to as water glass, exists in two primary forms: liquid and solid. The liquid variant is more prevalent and is characterized by its colorless, clear, or sometimes light gray appearance with a viscous consistency.
On the other hand, the solid form of Sodium Silicate appears as crystals that can be light blue or light green in color. These crystals are either transparent or semi-transparent, giving them a distinct visual quality.
The production of Sodium Silicate involves a chemical combination of sodium oxide and silicon dioxide, resulting in this versatile compound used in various applications.
Features:
Alkalinity: The aqueous solution of this material exhibits alkaline properties, indicating its basic nature in water.
Binding Property and Strength: Once it has hardened, the silica gel that forms imparts a strong binding force, resulting in a robust and durable structure.
Heat Resistance: The silicon dioxide network framework developed after hardening provides excellent heat resistance. When combined with heat-resistant aggregates, this material can endure temperatures up to approximately 1000°C.
Acid Resistance: This substance shows good resistance to corrosion from most acids. However, it is not resistant to hydrofluoric acid, hot phosphoric acid, and higher fatty acids.
Hardening Characteristics: Liquid sodium silicate undergoes a reaction with carbon dioxide present in the air, producing a silicic acid gel that gradually hardens over time. This hardening process can be hastened by applying heat or adding hardening agents such as sodium fluorosilicate.
Specifications:
| TYPE Items | TYPE 1 | TYPE 2 | TYPE 3 | TYPE 4 | TYPE 5 |
| Na2O, % | 25.5-29 | 23.0-26.0 | 21.0-23.0 | 18.5-22.5 | 19.0-21.0 |
| SiO2, % | 49.0-53.0 | 51.0-55.5 | 56.0-62.0 | 55.0-64.0 | 60.0-66.5 |
| Modulus | 2.00±0.10 | 2.30±0.05 | 2.85±0.05 | 3.00±0.05 | 3.30±0.05 |
| Dissolving Velocity (S)30°C | 60 max | 80 max | 180 max | 240 max | 240 max |
| Bulk Density(g/ml) | 0.30-0.80 | 0.40-0.80 | 0.50-0.80 | 0.50-0.80 | 0.60-0.80 |
| Particle Size(Pass 120 mesh screen) | 95% min | 95% min | 95% min | 95% min | 95 |
Applications:
Sodium silicate serves as a binder for various building materials. It is used to bind bricks and stones together, which enhances the structural integrity and stability of buildings. Additionally, it plays a role in creating fire-resistant materials. By applying sodium silicate-based coatings or impregnating wood and fabrics with it, their resistance to fire is significantly improved. Another important use in construction is soil stabilization, where injecting sodium silicate solution into the ground increases soil compactness and its load-bearing capacity.
Paper Manufacturing
In the paper industry, sodium silicate functions both as a filler and a coating agent. Its addition to paper enhances several qualities, including strength, whiteness, and smoothness. Besides improving the physical properties, sodium silicate also boosts the water resistance of paper and enhances its ability to absorb ink efficiently.
Sodium silicate is a vital component in detergent formulations. It acts to soften hard water, which helps in better cleaning. It also removes grease effectively and prevents dirt from sticking back onto surfaces. Furthermore, by increasing the alkalinity of detergents, sodium silicate amplifies their overall cleaning power.
This compound is used as a raw material in the synthesis of various silicate-based products such as silica gel and zeolites. In the production of refractory ceramics and enamel, sodium silicate contributes to improving the quality and performance, making these products more durable and effective.
Within the textile sector, sodium silicate is employed as a desizing agent and a bleaching aid. It efficiently removes sizing agents from fabrics and enhances the bleaching process. The result is textiles that are softer and have a brighter, whiter appearance.
Packing and Storage:
Package:
Our Other chemical product Sodium silicate is carefully packaged to ensure quality during transportation. Each bag is securely sealed using durable, moisture-resistant materials to protect the contents from environmental factors such as humidity and contamination.
The product is packed in sturdy, industrial-grade bags that are easy to handle and store. For bulk orders, the bags are placed on pallets and wrapped tightly with shrink wrap to prevent shifting and damage during transit.
Strorage:
It should be Stored in a cool, dry, well-ventilated area. Avoid exposure to direct sunlight.
FAQ:
Q1: Where is the other chemical product Sodium silicate manufactured?
A1: The other chemical product Sodium silicate is manufactured in China.
Q2: What certifications does other chemical product Sodium silicate have?
A2: The product is certified with ISO9001, ensuring high quality standards.
Q3: What is the minimum order quantity for this chemical?
A3: The minimum order quantity is 20 metric tons (MT).
Q4: What are the packaging options available for this chimical?
A4: Packaging options include 25Kg and 50Kg PP bags or 1000Kg jumbo bags.
Q5: What is the typical delivery time after placing an order?
A5: The delivery time is approximately 14 days after the contract is signed.
Q6: What payment terms are accepted for purchasing the product?
A6: Payment terms accepted are D/P, T/T, and L/C.
Q7: What is the price range for the product?
A7: The price ranges from USD 600 to 900 per metric ton, depending on the order details.
Q8: What is the annual supply capacity of this chemical?
A8: The supply ability is up to 50,000 metric tons per year.
