Transparent Sodium Silicate Raw Material Industrial Sodium Silicate Liquid
Transparent Sodium Silicate Raw Material
,Industrial Sodium Silicate Liquid
,Transparent Sodium Silicate Liquid
Basic Properties
Trading Properties
Industrial Grade Transparent Sodium Silicate Einecs No 2156874 Acts As A Raw Material For Synthesizing Various Silicate Products
Product Description:
Sodium Silicate, commonly referred to as water glass, exists in two distinct forms: liquid and solid. Each form has unique physical characteristics that make it suitable for various applications.
The liquid form of sodium silicate is the more frequently encountered variety. It appears as a colorless, clear or slightly gray viscous liquid. This form is often used in industrial processes due to its ease of handling and versatility.
On the other hand, the solid form of sodium silicate typically manifests as light blue or light green crystals. These crystals can be either transparent or semi-transparent, offering different aesthetic and functional properties depending on the specific use.
Chemically, sodium silicate is produced by combining sodium oxide with silicon dioxide. This combination results in a compound that has found widespread usage in various fields, including adhesives, detergents, and water treatment.
Features:
The aqueous solution of sodium silicate exhibits alkaline properties. This basic nature plays an important role in its various applications and chemical behavior.
Upon hardening, sodium silicate forms a silica gel that imparts a strong binding force. This characteristic enhances its ability to act as an effective adhesive or binder in different materials.
The silicon dioxide network structure created after hardening provides excellent heat resistance. When combined with heat-resistant aggregates, the material can endure temperatures near 1000°C, making it suitable for high-temperature environments.
This substance demonstrates good resistance to corrosion by most acids. However, it is vulnerable to hydrofluoric acid, hot phosphoric acid, and higher fatty acids, which can degrade its structure.
Liquid sodium silicate hardens through a reaction with carbon dioxide present in the air, forming a silicic acid gel. The hardening process can be accelerated either by heating or by adding hardening agents such as sodium fluorosilicate.
Specification:
| 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 | 95min |
Applications:
Sodium silicate acts as a binding agent in construction materials. It plays a vital role in holding bricks and stones together, thereby enhancing the overall strength and stability of building structures. Additionally, sodium silicate contributes to the production of fire-resistant materials. When applied as coatings or impregnating agents on wood and fabrics, it significantly increases their resistance to fire. Another important use in this sector is soil stabilization; injecting sodium silicate solutions into soil improves its compactness and load-bearing capacity.
In the paper industry, sodium silicate is commonly used as both a filler and a coating agent. Incorporating it into paper manufacturing processes leads to improved strength, increased whiteness, and a smoother surface texture. Furthermore, it enhances the paper's resistance to water and improves its ability to absorb ink, resulting in higher-quality paper products.
Sodium silicate is a key component in detergent formulations. It helps soften hard water and effectively removes grease. Moreover, it prevents the redeposition of dirt on fabrics during washing. By raising the alkalinity of detergents, sodium silicate boosts their cleaning efficiency and overall performance.
Serving as a raw material in chemical production, sodium silicate is essential for synthesizing various silicate-based products such as silica gel and zeolites. It also enhances the quality and functionality of refractory ceramics and enamel products, contributing to superior manufacturing outcomes.
Within the textile sector, sodium silicate is utilized primarily as a desizing agent and bleaching aid. It effectively removes sizing agents applied during fabric finishing and improves the bleaching process. As a result, the treated fabrics become softer and exhibit a brighter, whiter appearance.
Package and Storage:
Package:
Our product is carefully packaged to ensure quality during transportation and storage. It is packed in durable, moisture-resistant plastic woven with liner bags that protect the granules from external elements.
Each bag is securely sealed and labeled with product information, usage instructions, and safety guidelines. For bulk orders, It is packed in sturdy pallets wrapped with shrink film to prevent shifting and damage.
storage:
Store closed containers 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 the Other Chemical Sodium silicate have?
A2: The product Sodium silicate is certified with ISO9001.
Q3: What is the minimum order quantity for this Chemical Sodium silicate?
A3: The minimum order quantity is 20 metric tons (MT).
Q4: What are the packaging options available for this Chemical Sodium silicate?
A4: The Chemical Sodium silicate is available in 25kg or 50kg PP bags, as well as 1000kg jumbo bags.
Q5: What are the payment terms and price range for the Other Chemical Sodium silicate?
A5: Payment terms include D/P, T/T, and L/C. The price range is between USD 600 and 900 per metric ton.
Q6: How long does delivery take after the contract is signed?
A6: Delivery time is approximately 14 days after the contract is confirmed.
Q7: What is the annual supply capacity for this Chemical Sodium silicate?
A7: The supply ability is 50,000 metric tons per year.