New High-Efficiency Mold Release Agent

New High-Efficiency Release Agent

Precautions for the new high-efficiency release agent:

1. This product is particularly lubricious; use with caution during application to prevent leakage and slipping.

2. Avoid application on rainy days, but once dried, it is rain-resistant.

3. Do not store under direct sunlight.

New High-Efficiency Release Agent: Primarily composed of imported polymer materials, various additives, super-hydrophilic leveling agents, and other raw materials. It is colorless, odorless, and non-polluting, resulting in smooth and even product surfaces without affecting subsequent coloring or other processing techniques. It does not impact the adhesion or appearance of the finished product. The release is easy and does not damage the mold. The new high-efficiency release agent is widely used for demolding and release treatment of aluminum molds, steel molds, wooden molds, silicone molds, glass, ceramic molds, and plastic molds. It can be diluted with water at a ratio of 3-10 times. It is suitable for anti-adhesion treatment on the surfaces of various cement product molds, ensuring easy demolding without damaging the mold. It is also used for anti-adhesion and isolation treatment on石膏 mold surfaces, surface treatment of magnesium oxide product molds, lime product molds, and other water-diluted or water-mixed product surfaces. The new high-efficiency release agent offers excellent demolding effects and release isolation properties. It has low comprehensive costs, leaves no honeycomb pores or grease on surfaces, is colorless and non-yellowing, and has no irritating odor.

Features of the New High-Efficiency Release Agent:

The coating film is hard, bright, and full, resistant to water and wear, and provides rust and corrosion protection. It is particularly suitable for projects requiring strict protection of molds and high-quality concrete appearance. It offers good comprehensive benefits. Its features include:

Protecting the mold and extending its service life. The coating has excellent anti-corrosion and anti-rust properties, ensuring the mold remains rust-free even when stored outdoors or in damp conditions.

It helps improve the appearance quality of concrete, showcasing its "natural color" and achieving a "fair-faced concrete" effect. The finished concrete resembles marble, with a smooth and even surface, consistent color, fine texture, and gloss, free from contamination. This elevates the appearance quality of concrete products, making it the preferred material for high-quality projects.

The coating film has a smooth surface, naturally forming an enamel-like finish that facilitates easy demolding and cleaning, improving work efficiency.

It is wear-resistant, has good adhesion, and can be reused multiple times.

It is widely applicable and can be used on steel molds, wooden molds, bamboo molds, etc.

6. Simple application; one coat is sufficient. Coverage: 15–20 square meters per kilogram.

The new high-efficiency release agent can be applied mainly by brushing or spraying, each with its advantages and disadvantages.

Brushing Method

The brushing method involves applying the new high-efficiency release agent directly and evenly onto the mold surface using a brush. This method is simple to operate and suitable for molds of various shapes, especially for hard-to-reach details where brushing ensures better coverage. Additionally, brushing requires no special equipment, making it cost-effective and ideal for small-scale production or maintenance work.

Spraying Method

The spraying method uses a spray gun to evenly apply the new high-efficiency release agent onto the mold surface. This method improves work efficiency, particularly for large-area mold treatment. Spraying ensures more uniform coverage, reduces missed spots and waste, and allows for better control of the amount used. It also reduces manual labor and lowers work intensity.

Selection Criteria

Work Efficiency: For large-area mold treatment, spraying is more efficient.

Cost: Spraying requires specialized spray gun equipment, which involves higher initial investment but saves labor and time costs in the long run.

Applicable Scenarios: Brushing is more flexible for complex mold structures, while spraying is better suited for large, flat surfaces.

Specific Application Scenarios

Concrete Molds: Common release agents for concrete molds include oil-based, water-based, and resin-based types. Oil-based release agents like engine oil, diesel, and emulsified oil can be applied by brushing or spraying. Water-based release agents like sodium alginate can also be applied by brushing or spraying. Resin-based release agents like methyl silicone resin can be applied by brushing or spraying.

Metal Die Casting: In metal die casting, release agents are primarily used to prevent metal from sticking to the mold. Spraying ensures better coverage of the mold surface, improving demolding effectiveness.

In summary, the choice between brushing and spraying depends on the specific application scenario and requirements. Spraying is more efficient for large, flat surfaces, while brushing is more flexible for complex structures or detailed areas.