Methyl Phenyl Silicone Resin R1152 – Product Overview

Key Features: Methyl Phenyl Silicone Resin R1152 offers exceptional electrical insulation, high and low temperature resistance, water and moisture resistance, weather resistance, ozone resistance, and chemical stability. It also provides good flexibility, making it ideal for demanding applications.

1. Specifications

2. Key Features & Applications:

• Electrical Insulation: Excellent insulation for high and low temperature applications.
• High Temperature Resistance: Suitable for use at temperatures ranging from 250-400°C, with some versions withstanding up to 500-600°C.
• Durability: Resistant to aging, weather conditions, and chemical damage.

Applications:

• High-Temperature Resistant Coatings: Used as a base resin for high-temperature resistant coatings, special coatings, and insulating impregnating paints.
• Electrical Insulation: Ideal for electric insulation of glass cloth used in engines and for H-class electrical insulating materials.
• General Coatings: Widely used in varnishes, paints, enamels, and other coatings that require high and low-temperature resistance.

3. Usage Instructions:

1. Viscosity Adjustment: Diluent conditioning can be added to adjust solid content and viscosity for specific applications (e.g., spraying viscosity: 15-25 seconds). Avoid diluents containing water, sulfur, or impurities to maintain adhesive strength.
2. Avoid Contact with Acidic/Alkaline Substances: Do not expose the resin to acids, alkalis, organic acids, or amines as they may accelerate aging and degrade performance.
3. Curing Process: For high-temperature curing, solvent drying at lower temperatures (120-160°C) is recommended, followed by curing at 220°C.
4. Compatibility: Compatible with heat-resistant pigments such as aluminum, glass bead, ceramic powder, chromium oxide, and iron oxide. Suitable for dipping, spraying, or brushing application methods.
5. High-Temperature Resistance: The cured coating can endure 250-400°C, with some formulations capable of withstanding up to 500-600°C or more.

4. Application Formulas (Reference):

• Fire-Resistant Insulation Coating Formula:
  Silicone Resin (40-60 copies), Higher Chlorinated Polyethylene (5-15 copies), Epoxy Resin F-644 (10-20 copies), Polyamide Resin (4-12 copies), Padding (45-85 copies), Flux (5-15 copies), Titanate (1-2 copies).

• Fire-Resistant Aluminum Section Formula:
  Methylphenyl Silicone Resin (60% – 76 copies), Aluminum Paste (65% – 26 copies), Xylene (46 copies), Dispersant (2 copies).

5. Safety Notes:

1. Flammability & Toxicity: Contains flammable, explosive, and toxic solvents. Ensure proper ventilation during use and processing to prevent fire hazards.
2. Transportation & Storage: Store in a cool, dry place, away from sunlight and heat sources. Ensure adequate warehouse ventilation.
3. Packaging: Packed in galvanized iron sheet barrels. The shelf life is typically 6 months; retesting is required after this period to ensure product quality.

Methyl Phenyl Silicone Resin R1153 – Product Overview

Product Description: Methyl Phenyl Silicone Resin R1153 offers outstanding electrical insulation properties, arc corona resistance, high and low temperature resistance, water and moisture resistance, weather resistance, ozone resistance, and excellent chemical stability. This resin is ideal for applications requiring superior durability and performance in harsh environments.

1. Technical Specifications

2. Applications:

• H-Class Electrical Insulating Materials: Ideal for high-performance electrical insulation.
• Glass Mica Tape & Board: Used in manufacturing electrical insulation materials.
• Electrical Insulation Varnishes: Perfect for impregnation and covering varnishes for electrical components.
• Moisture-Proof Capacitor Impregnation: Effective for moisture-proofing capacitors.
• Special-Purpose Paper Treatment: Enhances the durability and performance of paper-based electrical materials.

3. Packaging, Storage & Transportation:

• Packaging: Available in 20/200 kg iron drums.
• Storage Conditions: Store in a ventilated, cool, and dry place, away from direct sunlight and sources of heat. Prevent contamination with acids or alkalis.
• Shelf Life: The shelf life is 1 year from the date of manufacture.

Methyl Phenyl Silicone Resin IOTA 6156C – Product Overview

Product Description: Methyl Phenyl Silicone Resin IOTA 6156C offers excellent high and low temperature resistance, water and moisture resistance, and outstanding electrical insulation properties. Additionally, it features exceptional weather resistance and chemical stability. After curing, the resin exhibits high hardness (≥2H), high gloss, good fullness, and remains non-yellowing at high temperatures. This resin is ideal for high-temperature resistance applications and is designed to withstand temperatures ranging from 400°C to 600°C.

IOTA 6156C is widely used as the base resin for high-temperature resistant coatings and H-class insulating coatings.

1. Technical Specifications

2. Curing Method:

• This product quickly dries at room temperature under finger pressure, attaining some hardness.
• For complete curing, apply high-temperature baking:
  • 30 minutes at 250°C
  • 20 minutes at 270°C
  • 15 minutes at 280°C

3. Applications:

• High-Temperature Resistant Coatings: Ideal for coatings exposed to temperatures ranging from 400°C to 600°C.
• H-Class Insulating Coatings: Suitable for electrical insulation in high-performance applications.
• Special Coatings: Perfect for high-temperature environments requiring durability and resistance.

Methylphenyl Silicone Resin RB-1 – Product Overview

Product Description: Methylphenyl Silicone Resin RB-1 is a light yellow transparent viscous liquid with excellent adhesion, moisture-proof, and antifouling properties. It provides pollution resistance against black ink, and forms a film rapidly at room temperature. This resin is ideal for applications requiring high adhesive strength and resistance to dirt and moisture.

1. Technical Specifications

2. Key Features:

• Rapid film formation at room temperature.
• High adhesive force and moisture-proof antifouling.
• Excellent pollution resistance (e.g., resistant to black ink, GB9274-88 ≥ 9).

3. Main Applications:

• Antifouling for floor tiles and ceramic tile surfaces.

4. Usage Instructions:

• Diluent and viscosity should be adjusted based on the coating process to control thickness. For spraying, aim for a viscosity of 15-25 seconds. Ensure the diluent does not contain water, sulfur, or other impurities, as these can affect the adhesive properties.
• Avoid contact with acids, alkalis, organic acids, and amines during use to prevent aging and performance degradation.
• Curing Process: For high-temperature curing, begin with solvent drying at lower temperatures (120–160°C) to remove solvents, then cure at 220°C.
• Compatible with heat-resistant pigments (e.g., aluminum, glass beads, ceramic powder, black chromium oxide, iron oxide powder). Common methods of application include dipping, spraying, and brushing.

5. Application Formulas:

(1) Fire-Resistant Insulation Coating Formula

All material will be transferred into a paste, and then grinding with sand mill 20 ~ 30min after the addition of solvent dispersion, and then filter. (2) fire-resistant aluminum section formula :

6. Safety Notes:

• Contains flammable, explosive, and toxic solvents. Ensure proper ventilation during use and processing to prevent fire hazards and ensure worker safety.
• During transportation and storage, avoid sunlight, fire, and heat exposure. Ensure proper warehouse ventilation.
• Packaging: Stored in galvanized iron sheet barrels. The shelf life is 6 months. If expired, the product should be tested for usability before use. Avoid heat exposure as it can reduce storage stability.

Methylphenyl Silicone Resin RJ-1

Product Specifications

Usage Instructions

1. Dilution & Application

   • Adjust solid content and viscosity by adding a specified diluent according to the construction process.
   • Spraying viscosity is typically 15-25 seconds.
   • Ensure the diluent is free from water, sulfur, and other impurities, as contaminants can affect adhesion and performance.

2. Handling Precautions

   • Avoid contact with acids, alkalis, organic acids, and amines, as these can accelerate aging and degrade performance.

3. Curing Process

   • Determine drying conditions based on resin type and application requirements.
   • For high-temperature curing, allow the solvent to evaporate at 120-160℃, followed by final curing at 220℃.

4. Compatibility & Application Methods

   • Compatible with heat-resistant pigments (e.g., aluminum powder, glass beads, ceramic powder, black chromium oxide, iron oxide).
   • Suitable for dipping, spraying, brushing, and other application methods.
   • Once cured, coatings can withstand 250-400℃, with some formulations resistant to 500-600℃ or higher.

5. Application Examples (1)fire-resistant insulation coating formula :

   Component	Proportion (Copies)
   Silicone Resin	40-60
   Higher Chlorinated Polyethylene	5-15
   Epoxy Resin F-644	10-20
   Polyamide Resin	4-12
   Padding	45-85
   Flux	5-15
   Titanate	1-2

All material will be transferred into a paste, and then grinding with sand mill 20 ~ 30min after the addition of solvent dispersion, and then filter. (2) fire-resistant aluminum section formula :

Safety Precautions:

1. The resin contains flammable, explosive, and toxic solvents. Ensure proper ventilation during use and processing to prevent fire hazards and protect workers.
2. During transportation and storage, avoid direct sunlight, fire, and heat sources. Ensure adequate warehouse ventilation.
3. The product is packed in galvanized iron barrels with a standard storage period of six months. If the storage period is exceeded, conduct strict testing before use. Exposure to heat may reduce storage stability.

Methylphenyl Silicone Resin RJ-02 – Technical Specifications

Main Applications & Usage

1. 1. Dilution & Viscosity Adjustment

      • Adjust solid content and viscosity as per application requirements.
      • For spraying applications, adjust viscosity to 15-25 seconds for optimal performance.
      • Use a water-free, sulfur-free, and impurity-free diluent to maintain adhesion and coating quality.

   2. Chemical Compatibility & Stability

      • Avoid contact with acids, alkalis, organic acids, and amines to prevent premature aging and performance degradation.

   3. Curing & Drying Conditions

      • Adjust curing parameters based on resin type and specific usage requirements.
      • For high-temperature curing:
        • Pre-dry at 120-160°C to allow solvent evaporation.
        • Final curing at 220°C ensures optimal coating performance.

   4. Compatibility with Heat-Resistant Pigments

      • Compatible with aluminum, glass beads, low-density ceramic powder, black chromium oxide, and iron oxide powder.
      • Supports multiple application methods, including dipping, spraying, and brushing.
      • Cured coatings withstand 250-400°C, with some formulations resistant up to 500-600°C or higher.

   5. Application Examples

      • • Fire-resistant insulation coatings (detailed formulations available upon request).

      Component	Proportion (Copies)
      Silicone Resin	40-60
      Higher Chlorinated Polyethylene	5-15
      Epoxy Resin F-644	10-20
      Polyamide Resin	4-12
      Padding	45-85
      Flux	5-15
      Titanate	1-2

      All material will be transferred into a paste, and then grinding with sand mill 20 ~ 30min after the addition of solvent dispersion, and then filter. (2) fire-resistant aluminum section formula :

      Component	Proportion (Copies)
      60% Methylphenyl Silicone Resin	76
      65% Aluminum Paste	26
      Xylene	46
      Dispersant	2

      Put aluminum paste into a container, add a small amount of resin, stir slowly, add disperser and residual resin, added xylene to construction of viscosity after fully stirred, with 120 mesh silk filter then finish.

      Safety Precautions:

      1. Flammable & Toxic Solvents: The resin contains flammable, explosive, and toxic solvents. Ensure proper ventilation during use and processing to prevent fire hazards and protect workers.
      2. Transportation & Storage: During transport and storage, protect from direct sunlight, fire, and heat. Ensure proper ventilation in storage areas.
      3. Packaging & Shelf Life: The product is packed in galvanized iron barrels with a typical storage period of six months. If the product exceeds this period, conduct strict testing before use. Avoid exposure to heat, as it may reduce stability.