PVC Plastisol Coating

Name: PVC Plastisol Coating, PVC Liquid Dip Coating | China Supplier
Item: PVC Plastisol Coating, PVC Liquid Dip Coating | China Supplier
Rating: 5.00
Author: PECOAT

PECOAT^® PVC Plastisol for PVC Plastisol Coating

PECOAT® PVC Plastisol is made from polyvinyl chloride (PVC) as the main raw material, mixed with various additives, and refined through multiple processes. The products coated with PVC plastisol coating are colorful and beautiful with porcelain-like gloss. The coating has good wear resistance, tensile strength, heat resistance, and high insulation,and does not shrink or crack in winter or summer, and it has a good touch, long service life, and safe and reliable, providing particularly good protective and decorative effects. PVC plastisol is widely used in dip moulding process and dip coating process.

Main Features

Wide Color Range

Wide color range, various surface effects, such as hard smooth , soft smooth, semi-gloss surface, matte surface, soft sandy effect, shiny transparent, anti-slip, glow in dark surface.

Excellent Coating Performance

The coating has good low temperature resistance, impact resistance, wear resistance, humidity resistance, salt spray resistance, tensile resistance, acid and alkali resistance, aging resistance, high voltage resistance, chemical resistance, and excellent weather resistance, and no cracks in open use. The coating has excellent electrical insulation properties and can maintain its characteristics even when immersed in a saltwater solution. The coating has excellent flexibility, as well as outstanding tensile strength and elongation at break.

Environmentally Friendly

The PVC plastisol coating is free from toxic and heavy metal ions, environmentally friendly with antibacterial properties. The raw materials are recyclable, and the thickness of the coating can be controlled. There is almost no generation of industrial waste during production, as the manufacturing conditions are mild and conducive to environmental protection.

Colors & Surface

Color Matching

The typical approach to color matching involves three methods.

Surface Matching

Four types of surface effect are for option. Customization is also available according to customers’ sample.

Use Market

Given the many advantages of liquid dip PVC plastisol coating, its usage is widespread across various industries. The coating thickness ranges from approximately 0.1 to 15mm.

Hardware Tool Handles: Wrenches, pipe pliers, needle-nose pliers, diagonal pliers, wire cutters, gardening tools, and various types of scissors.
Fitness Equipment: Handles like dumbbells, pull-up bars, treadmill accessories, and handles for various fitness equipment.
Electromechanical Products: Power tool accessories, fan accessories, automotive interior decorations, and electrical insulation components.
Architectural Hardware: Valve handles, door locks, handles, security doors, security windows, stairs, and furniture.
Daily Used Hardware: Clothes hangers, chains, trash bins, vehicle locks, and various types of chains.
Plastic Sleeves: Medical-grade plastic sleeves, long plastic sleeves, and colored sleeves.

Dip Molding

Dip Coating

Use Method

Play Video about PVC plastisol coating diping

Pretreatment: The workpiece takes enough pretreatment, removing oil and rust.
Prepare PVC plastisol: Pour the liquid PVC plastisol into the tank three hours in advance, let it stand still and remove the surface bubbles before use.
Preheat: Preheat the workpiece to 230-250℃ for 2-3 minutes.
Dip: Immerse the preheated workpiece into the liquid plastisol.
Observe the thickness and flow of the coating to ensure the proper state.
Post-heat: Put the workpiece into the curing oven to heat at 200℃ for 2-3 minutes.
Cooling: Take it out for cooling.

Packing

PECOAT® PVC Plastisol Coating is Packaged in High-quality Iron Drums.

Iron drums have excellent mechanical properties, high pressure resistance, strong ductility, and are not easily damaged. They provide reliable safety assurance for products during long-distance transportation and are convenient for storage, transportation, loading, unloading, and use.
Iron drums have excellent comprehensive protection performance. The water vapor permeability of steel is very low, completely opaque, and can effectively avoid the harmful effects of ultraviolet rays. Therefore, iron drums can maintain the quality of goods for a long time. Moreover, iron drums are reusable and recyclable.

250KG/Drum, 4 Drums/Pallet

Packaging Picture

250KKG PER Iron drum 4drum per pallets — Diameter 58.5cm, Height 88.5cm; 250KG/Drum; 4 Drums/Pallet

Adhesive Primer (Optional)

Depending on different market, certain products necessitate a strong adhesion for the coating. However, PVC coatings inherently lack adhesion properties. In light of this, PECOAT® has developed specialized adhesive primer to enhance the adhesive capabilities of PVC coatings. Simply brush or spray them evenly onto the metal surface to be coated prior to the dipping process. The products’ substrate treated with adhesive primer exhibit exceptional adhesion to the plastic coatings, and it is difficult to peeling.

Working temperature: 230 – 270℃
Packing: 20kg/Plastic jugs
Color: Transparent and colorless
Specific gravity: 0.92-0.93 g/cm³
Storage: 1 years
Use method: Brush or spray

FAQ

Price

In order to provide an accurate price, the following information is necessary.

What product do you coat?
What color you need?
What surface effect you need?
Do you have any specific requirementsfor hardness? If so, please tell us Shore C hardness value. In the absence of special requests, we usually use Shore C 60°
Do you have special requirements for other properties of the coating? For example, anti-UV, anti-static, high insulation and so on.

Minimum Order Quantity

One Iron Drum – 250KG

Delivery Time

3 – 5 days after payment

Free Sample

2.5Kg PVC plastisol + one coated plate, but transport charge is not free.

How to control the thickness of coating?

The thickness of the coating is influenced by mainly two factors:

(1) Oven temperature, that is, the preheating temperature of the workpiece.

A lower preheating temperature results in less adhesive plastisol being adhered to, leading to a thinner coating thickness. Generally, the initial preheating temperature should not be below 200 degrees Celsius. Conversely, a higher preheating temperature leads to more adhesive plastisol being adhered to and a thicker coating thickness.

(2) Temperature of the plastisol.

Although heating is not required for the plastisol itself, it will absorb heat from the workpiece during use. Therefore, as the plastisol’s temperature gradually rises, it may be necessary to reduce the preheating temperature of the workpiece accordingly. An approximate formula can be used: preheating temperature + plastisol temperature = initial oven temperature.

When you become proficient in operating the equipment, it is not difficult to control the appropriate coating thickness according to the product requirements.