Alcohol-based Coating
Ⅰ. Alcohol based coating for sand casting offers excellent thixotropy, smooth leveling, and strong sand resistance, contributing to superior surface finish.
Ⅱ. The coating of alcohol-based casting coating for casting avoids accumulation, flow lines, or drips, while ensuring strong adhesion and low gas emission.
Ⅲ. The bright color and easy ignition property of the coating support clean and efficient burnout with minimal residue.
Main Aggregates: Graphite Powder, Zircon Sand
Application Scope: Cast Iron, Cast Steel, and Non-Ferrous Metals
shelf Life: 6 month
Package: 25-40 kg Small Buckets, Ton Containers
- Information
Alcohol-Based Coating
Alcohol-based casting coating, a specialized product in the metal casting process, is primarily applied in sand mold casting. By forming a refractory layer on the mold surface, this coating effectively enhances casting surface quality and helps prevent defects. Widely used across casting production lines, Xinda's alcohol-based casting coating stands out for its excellent performance.
Features
• With excellent permeability and suspension stability, Alcohol based coating for sand casting molds effectively prevents defects such as veining and ensures strong anti-sand sticking performance.
• By forming a dense and uniform layer on the sand mold surface, this alcohol based coating for sand casting reduces direct contact between molten metal and the mold, helping to prevent sand adhesion and resulting in a smoother casting surface.
• After casting, the coating peels off cleanly from the surface, minimizing cleaning effort and improving productivity.
Instructions for Use
• Stirring: Open the container and mix the sand mould coating thoroughly using a pneumatic mixer or similar tool.
• Concentration Check: Measure the Baume degree to ensure appropriate concentration; adjust viscosity as needed by dilution.
• Surface Preparation: Use compressed air to remove loose sand or debris from the mold/core surface of casting coating for casting.
• Application: Apply the coating for casting sand mold evenly from top to bottom and left to right. Ensure uniform thickness (typically 0.3–0.5 mm); avoid local overcoating or undercoating to prevent cracking or sand sticking.
• Drying & Ignition: Allow proper drying, then ignite safely. Ensure adequate ventilation and fire safety during this sand mould coating process.
Parameter
Model | Aggregate | Density(25℃)g/cm³ | Baumé Degree | Colour | Application Range | Application Method |
| FQ507 | Graphite Dust | 1.15-1.30 | 40-50 | Red | Iron Castings | Brushing / Dipping / Flow Coating |
| FQ607L-1 | Graphite Dust | 1.10-1.30 | 20-35 | Black | Iron Castings | Brushing / Flow coating |
| FQ26 | Graphite Dust | 1.10-1.30 | 30-45 | Red | Iron Castings | Brushing / Flow coating |
| FQ307 | Graphite Dust | 1.40-1.70 | 80-100 | Red | Iron Castings | Brushing / Flow coating |
| FQ10 | Forsterite Powder | 1.30-1.50 | 50-65 | Red | Anti-seepage Coating | Brushing / Flow coating |
| FQ30Pro | / | 1.20-1.50 | 40-55 | Yellow | Anti-seepage Coating | Brushing / Flow coating |
| FQ580 | Aluminosilicate | 1.50-1.80 | 55-75 | White | Iron castings / Nonferrous Alloy Castings | Brushing / Flow coating |
| FQ800B | Aluminosilicate | 1.55-1.95 | 100-120 | Grey | Large Iron Castings / Small Steel Castings | Brushing / Flow coating |
| FQ600 | Zircon Powder | 1.70-1.95 | 70-85 | White | Large Iron Castings / Small Steel Castings | Brushing / Flow coating |
| FQ600SP | Zircon Powder | 1.70-2.20 | ≥120 | White | Large Iron Castings / Small Steel Castings | Spraying |
| FQH500 | Zircon Powder | 1.70-1.95 | 70-85 | White | Steel Castings | Brushing |
| FQ100 | Zircon Powder | 2.00-2.30 | 100-130 | White | Steel Castings | Brushing |
| FQ7 | Zircon Powder | 1.90-2.10 | ≥120 | White | Steel Castings | Brushing |
| FQ7Y | Zircon Powder | 2.00-2.40 | ≥120 | White | High-penetration Coating | Brushing |
| FQ400 | Magnesium Sand Powder | 1.60-1.80 | 100-130 | Light Yellow | High Manganese Steel | Brushing |
| SMQ-B26 | Zircon Powder | 2.30-2.60 | 80-100 | White | Chill Wash | Brushing |
Why are our Prices more Competitive?
Direct from the factory – Thanks to our factory’s strong production capabilities, Xinda is able to eliminate middlemen and avoid unnecessary markups. This allows us to maintain steady purchasing volumes, secure better pricing, and ensure a stable, reliable supply. Long-term partnership focus – We prioritize building long-term relationships with our customers. That’s why we’re willing to operate on lower profit margins while maintaining high product quality, passing more value on to our clients.
Can we Place Customized Order?
Yes, we already own thousands of customized filters models in multiple sizes and shapes. And we are capable of new type customized production.
How Can We Handle it if there’s Quality Problem aAter Payment?
We are willing to provide technical support with professional team during and after delivery.
How Can We Make Sure About the Quality After We Put the Order?
We will implement raw material tests before production and the product quality inspection reports by high precision instruments will be sent to you before deliver.
How Long is your Delivery Time?
Our production cycle is 7-10 days in general, 5-7 days in emergency. There are also available urgent transportation method for your choice.
Casting coating for casting and Sand mould coating for casting sand moldSand mould coating