Plastisol, which holds a significant place among industrial coatings, is a preferred choice for many applications due to its abundant availability and wide range of uses. It delivers high performance, particularly in applications such as the protection of metal surfaces, electrical insulation, and the creation of non-slip surfaces.
With the PVC plastisol coating solutions we have developed at Delta Kimya, we offer high-quality, durable coating systems tailored to the needs of various sectors.
What is Plastisol?
Plastisol is a liquid coating material primarily composed of a mixture of PVC (polyvinyl chloride) resin and special plasticizers. After application, it is cured at a specific temperature to form a flexible, durable, and protective coating layer.
Unlike many other paint and coating systems, plastisol allows for thick coatings and adheres strongly to the surface.
Basic Properties of Plastisol
High Flexibility
Plastisol coatings are highly resistant to bending and impact. Thanks to their flexible nature, the risk of cracking and breaking is low.
Impact Resistance
It protects coated surfaces against mechanical impacts. For this reason, it is frequently preferred for heavily used industrial equipment.
Chemical Resistance
It exhibits high resistance to many chemicals, cleaning products, and moisture.
Electrical Insulation
Thanks to its structure that reduces electrical conductivity, it ensures safe use in cables, components, and various electrical equipment.
Creating a Non-Slip Surface
Non-slip surfaces can be achieved through special formulations. This feature offers particular advantages for hand tools and gripping devices.
Thick Coating Capability
Plastisol can be applied in thicker layers than standard paint coatings and provides stronger surface protection.
In Which Areas Is Plastisol Used?
Plastisol coating has a very wide range of applications.
Automotive Sector
- Vehicle parts
- Holding fixtures
- Protective coatings
Electrical and Electronics
- Cable ends
- Electrical connection components
- Insulation applications
Furniture and Major Appliances
- Metal accessories
- Protective surfaces
- Non-slip parts
Construction and Industry
- Metal equipment
- Protective coatings
- Industrial handling equipment
Medical and Laboratory
- Holding equipment
- Protective-coated parts
- Hygienic surface applications
The Relationship Between Dip Molding and Plastisol
The dip molding method is one of the most common application techniques for plastisol. Heated metal parts are immersed in a plastisol bath, and a uniform coating forms on the surface.
Thanks to this method, a uniform and durable coating is achieved even on parts with complex geometries.
Advantages of Plastisol Coating
- It ensures long-lasting use.
- It protects the surface against corrosion.
- It increases impact resistance.
- It provides electrical insulation.
- Creates a non-slip surface.
- It offers an aesthetic appearance.
- It can be produced in different colors.
- It reduces maintenance costs.
Why Is Quality Important in Plastisol Coating?
The performance of the coating depends directly on the quality of the raw material used, the formulation, and the application process. Low-quality products may exhibit cracking, peeling, and discoloration over time.
Therefore, professional production infrastructure and quality control processes are of great importance.
Delta Kimya Plastisol Solutions
Delta Kimya offers high-performance PVC plastisol coating solutions, drawing on its experience in the field of industrial coating.
We develop custom formulations based on customer needs and manufacture products with various options for hardness, flexibility, and color.
Our products;
- High adhesion
- Long-lasting use
- Chemical resistance
- Flexible structure
- Custom color production
- Industrial quality standards
It is safely used in many sectors due to its features.
