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Electrostatic Painting Product List and Ranking from 10 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jul 08, 2026～Aug 04, 2026
This ranking is based on the number of page views on our site.

Electrostatic Painting Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jul 08, 2026～Aug 04, 2026
This ranking is based on the number of page views on our site.

  1. 永和工芸 Osaka//Ferrous/Non-ferrous metals
  2. 双三光学塗装 Tokyo//Manufacturing and processing contract
  3. 辻塗装 Mie//Manufacturing and processing contract
  4. 4 日本耐酸壜工業 本社・本社工場 Gifu//Glass and clay products
  5. 5 コートせいでん Toyama//Manufacturing and processing contract
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Electrostatic Painting Product ranking

Last Updated： Aggregation Period:Jul 08, 2026～Aug 04, 2026
This ranking is based on the number of page views on our site.

  1. [Factory Report No. 418] Sosan Optical Coating Co., Ltd. Fukushima Factory 双三光学塗装
  2. Copper plating accelerated delamination due to the "oxidation rate." 永和工芸
  3. Are you having trouble with painting? - 'Tsuji Painting's Painting Processing' 辻塗装
  4. 4 Electrostatic coating 日本耐酸壜工業 本社・本社工場
  5. 4 Three conditions for preventing poor curing that causes stickiness in paint. 永和工芸

Electrostatic Painting Product List

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Blistering defect: The "secret" occurring within the paint film.

Blistering defect: The "secret" occurring within the paint film.

The importance of knowing internal secrets.

Blistering defects: What is happening inside the coating? It is actually an "attack of moisture and gas." The moisture inside the material is not visible. In the case of die casting, moisture is absorbed into the fine pores of the mold. When heated, that moisture expands and lifts the coating. This is why pre-baking treatment is effective. However, many companies do not understand this true cause. Gradual drying according to the characteristics of the material is essential.

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The true nature of uneven gloss: the drying temperature had "quietly changed."

The true nature of uneven gloss: the drying temperature had "quietly changed."

Don't miss temperature changes.

The true nature of gloss unevenness is "subtle changes in drying temperature." Even if they appear to be the same drying oven, the temperature distribution varies by location. Additionally, the outside temperature changes with the season and time of day, causing slight deviations in drying conditions. Furthermore, another complicating factor is that the curing speed differs even at the same temperature, depending on the thickness and color of the coating film. To achieve uniform gloss, it is essential to adjust not only temperature management but also drying time, film thickness, material properties, and other complex factors.

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Is the reason for the sauce not stopping just viscosity? The pitfalls of film thickness and component posture.

Is the reason for the sauce not stopping just viscosity? The pitfalls of film thickness and component posture.

Paint drips are more likely to occur when the three conditions of viscosity, film thickness, and component orientation are disrupted.

■Cause of Occurrence: Drips are an appearance defect where traces of paint flow remain. Even a single line or a localized accumulation will stop the visual inspection. Common causes include decreased paint viscosity, excessive film thickness, close gun distance, and poor part orientation. Corners, areas around holes, and downward-facing surfaces are places where paint tends to accumulate and drip easily. ■Truth: It should not be resolved solely by the skill of the operator. Even if the viscosity is adjusted, if the discharge amount is too high, the film thickness will increase, and if the application method is poor, the paint will flow to the lower side. This is a warning that occurs when viscosity, film thickness, orientation, and drying time overlap. ■Improvement Measures: By checking and recording four points—areas where drips occurred, the number of occurrences, whether the film thickness is within standards, whether the viscosity is within the set range, and whether the part orientation is in a position that is less likely to flow—you can narrow down the causes. Please utilize materials that can confirm painting conditions, film thickness, and jig orientation.

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梅雨から夏はピンホールが増える理由とは

梅雨から夏はピンホールが増える理由とは

湿度が上がるこの時期、脱脂後の水分残留がピンホールを誘発します。原因と対策を解説します。

梅雨から夏、ピンホールが急に増えていませんか。 原因は塗料ではなく、湿度による水分残留かもしれません。 湿度70パーセント以上でピンホール発生率は40パーセント増加します。 ────────────── ■発生原因 湿度の高い時期は、脱脂・水洗後の乾燥が不十分になりやすいです。 素材表面や巣穴に水分が残った状態で塗装すると、焼付時に水分が蒸発し塗膜を突き破ります。 ■真相 気温だけでなく、湿度が高い日は乾燥炉に入れても内部の水分が抜けきらないことがあります。 特に巣穴の多いダイカスト製品は、この時期に不良が集中しやすくなります。 ■改善策 乾燥時間を通常より延長し、可能であれば空焼き工程を追加します。 湿度計で現場環境を記録し、湿度70パーセントを超える日は特に注意が必要です。 夏場の品質管理については資料をご活用ください。

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Explaining the relationship between temperature and viscosity that makes it easy to drizzle in summer.

Explaining the relationship between temperature and viscosity that makes it easy to drizzle in summer.

As the temperature rises, the viscosity of the paint decreases and the amount of dripping increases. We will explain the measures against dripping in summer with numbers.

Has the amount of dripping increased since summer? The cause may be a decrease in viscosity due to temperature. With a 10-degree rise in temperature, the viscosity of the paint can decrease by up to 30 percent. ────────────── ■ Cause of occurrence When the temperature rises, the viscosity of the paint decreases, making it more prone to dripping on vertical surfaces and corners. If the discharge amount and film thickness settings remain the same as in winter, the risk of dripping increases in summer. ■ The truth If you continue working without realizing that the viscosity has decreased, dripping will occur repeatedly. Dripping tends to concentrate in the afternoon, during the time when temperatures are highest. ■ Improvement measures During summer, regularly check the viscosity with a viscometer and establish seasonal viscosity standards. Set the film thickness slightly thinner and adjust the spraying distance for vertical surfaces. Please refer to the materials for viscosity management during summer.

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What happens when you reduce the drying time for de-oiling in summer.

What happens when you reduce the drying time for de-oiling in summer.

In summer, it feels like things dry quickly, but in reality, moisture remains. I will explain the risks of shortening the drying time after degreasing.

Because it's summer, drying should be quick. This assumption can lead to pinholes and poor adhesion. Even if it looks dry on the surface, internal moisture can remain at 80 percent humidity, which is 30 percent more than expected. ────────────── ■Cause of Occurrence In summer, the surface appears to dry quickly, leading to a tendency to shorten drying time. However, when humidity is high, moisture remains inside and in crevices even if the surface is dry. ■Truth The appearance of dryness and the actual removal of moisture are two different things. If you proceed with the process based solely on surface judgment, it will manifest as pinholes or poor adhesion in later stages. ■Improvement Measures In summer, do not shorten drying time; instead, extend it according to humidity. If possible, check with a moisture meter and determine drying completion based on numerical values rather than time. Please utilize the materials for managing the degreasing process in summer.

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The reason blisters increase in summer is due to moisture and temperature.

The reason blisters increase in summer is due to moisture and temperature.

Even if the products are in good condition at the time of shipment, blisters are likely to appear a few weeks later during the summer. This explains the causes and countermeasures.

Since summer began, have you noticed an increase in blister formation? The cause may be the combination of moisture and high temperatures. In an environment with 80 percent humidity, the blister formation rate is twice that of normal. ────────────── ■ Causes of Occurrence Summer is a season when the moisture remaining in the material and the high temperatures during curing tend to act simultaneously. Moisture rapidly vaporizes during curing, pushing up the coating film and creating blisters. ■ The Truth There are cases where blisters occur only in summer, even though there were no issues under the same pre-treatment conditions in winter. This is often fundamentally due to seasonal differences in humidity. ■ Improvement Measures In summer, extend the drying time after pre-treatment and, if possible, add a pre-baking process. Gradually increasing the curing temperature instead of raising it sharply is also effective. Please utilize the materials for blister prevention during the summer.

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Why do stainless steel blisters occur? Basics of moisture management.

Why do stainless steel blisters occur? Basics of moisture management.

Blistering of the coating is caused by moisture and oil. We will explain the specific precautions and measures for stainless steel.

Blisters in the paint film after coating. They often occur months later, making the cause difficult to identify. ────────────── ■ Cause of Occurrence Blisters are a phenomenon where moisture or oil trapped within the paint film expands due to heat or humidity, pushing the film up. Insufficient degreasing and drying are the main causes. ■ The Truth Stainless steel has low thermal conductivity, and if the drying time is insufficient, the surface may dry while moisture remains inside. This residual moisture expands later, manifesting as defects. ■ Improvement Measures Ensure sufficient temperature and time during the drying process. It is also important to reliably remove oil during the degreasing process. Please utilize materials that allow you to review drying conditions.

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Thickness of the film and substrate management to prevent chipping of stainless steel.

Thickness of the film and substrate management to prevent chipping of stainless steel.

Chipping caused by flying stones and other factors. This explains measures against insufficient film thickness and poor adhesion.

Chipping of the paint film occurs due to flying stones while driving. Chipping is a defect related to both film thickness and adhesion strength. ────────────── ■ Cause of Occurrence Chipping is a defect where the paint film partially peels off due to impact. If there is insufficient film thickness or poor adhesion to the substrate, resistance to impact decreases. ■ Truth Stainless steel has difficulty achieving adhesion due to the influence of the passive film, and in the case of thin films, it becomes particularly vulnerable to impact. If the substrate treatment is inadequate, this tendency is exacerbated. ■ Improvement Measures Ensure proper film thickness and avoid extreme thin films. Increase adhesion strength with blast treatment and specialized primers. Utilize documents that enhance impact resistance specifications.

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Are you having trouble with painting? - 'Tsuji Painting's Painting Processing'

Are you having trouble with painting? - 'Tsuji Painting's Painting Processing'

[Painting Sample Case Publication] We accept your painting concerns! We can handle anything from a single test painting to small lots of 300 pieces and large lots of over 5,000 pieces.

Tsuji Painting Co., Ltd. processes various sizes of metals (aluminum, stainless steel, iron) and resins using a variety of paints (amino alkyd resin, urethane resin, epoxy resin, acrylic resin), from large items to small ones. We accommodate large lots of painting from 1,000 to 10,000 pieces, as well as small lots tailored to customer requests ranging from 10 to 1,000 pieces. Additionally, we also handle painting for prototypes, samples for quality confirmation, and test painting. 【Business Overview】 ■ Special Coating ■ General Coating ■ Hand Electrostatic Coating ■ Line Electrostatic Coating ■ Resin Coating ■ Pad Printing *For more details, please download the PDF or feel free to contact us.

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[Factory Report No. 418] Sosan Optical Coating Co., Ltd. Fukushima Factory

[Factory Report No. 418] Sosan Optical Coating Co., Ltd. Fukushima Factory

Featured in the August 2022 issue of the monthly magazine "Coating Technology"! Introducing an article about the equipment at our Fukushima factory!

In "Factory Report No. 418," we introduce the Fukushima factory of So-san Optical Coating, which has been providing high-quality painted products primarily for optical and medical equipment for many years. In 2018, our company constructed a painting line factory capable of handling large workpieces and began painting using an unmanned painting system with smart reciprocating paint machines and large painting robots. This document provides an overview of this painting system. We encourage you to read it. [Contents] ■ Company Overview ■ Overview of Pre-treatment and Automatic Electrostatic Painting ・ Pre-treatment Equipment ・ Automatic Electrostatic Painting Line ■ Purpose and Benefits of Implementation * Published in the August 2022 issue of the monthly magazine "Painting Technology" (Riko Publishing Co., Ltd.) * For more details, please refer to the PDF document or feel free to contact us.

  • Contract manufacturing
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Electrostatic coating

Electrostatic coating

Always seeking new values, proposing to customers! Capable of performances in a variety of colors.

We would like to introduce our "Electrostatic Coating." This is a coloring technology that efficiently attracts paint to the surface of glass bottles using electrostatic force. Depending on customer requirements, we can create a variety of colors in both large and small lots. Frosted finishes, ceramic finishes, and even gradient finishes are possible. 【Features】 ■ Consistent processing from glass bottle manufacturing to coating at our Kyushu factory ■ A wide range of color variations ■ Capability for small lot production ■ Total design that suits the contents ■ Environmentally friendly coating process line *For more details, please refer to the PDF document or feel free to contact us.

  • Glassware and containers
  • Surface treatment contract service
  • Electrostatic Painting

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Metal products electrostatic coating service

Metal products electrostatic coating service

This is a painting suitable for simple-shaped products and mass-produced items.

Our company offers electrostatic painting, which allows for uniform application of paint by charging both the object to be painted and the liquid paint with static electricity. We own two electrostatic painting lines, both designed for versatility. One line, Line A, is particularly strong in metallic finishes, while the other, Line B, is primarily suited for painting non-ferrous products and excels in a two-coat, one-bake process. This division allows us to achieve optimal painting tailored to the characteristics of the products. 【Our Features】 ■ Fast and relatively low-cost operations ■ Capable of handling work sizes up to 2,000L, etc. *For more details, please download the PDF or feel free to contact us.

  • Surface treatment contract service
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The true nature of the pinhole: The reason why the air bubble "lost its escape route."

The true nature of the pinhole: The reason why the air bubble "lost its escape route."

The mystery of bubble escape is solved.

The true nature of pinholes is "a state where bubbles have lost their escape route." Why do bubbles occur during painting? The main causes are the rapid evaporation of solvents and gas generation. However, it is not that simple. If the film thickness is too thick, the internal gas does not have enough time to reach the surface, and bubbles become trapped within the coating. If the drying temperature is too high, it is also problematic. If it is too low, that is also an issue. Finding this "optimal value" is the key to eliminating pinholes.

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The true culprit of color unevenness is "variation in film thickness."

The true culprit of color unevenness is "variation in film thickness."

The significance of membrane thickness variation.

The true culprit of color unevenness is "variability in film thickness." Color development is directly linked to film thickness. Even with the same color, if the film thickness varies by 10%, it will appear as if the "color is different." Why does film thickness vary? It is due to almost unconscious changes in application conditions (distance, speed, pressure). In the case of non-mechanized hand painting, even if the same person is painting, it can differ depending on the day, time of day, and posture. Without standardization, achieving consistent quality is impossible.

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Defect of adhesion called chipping

Defect of adhesion called chipping

An expert at finding defects.

Chipping is caused by a 'lack of adhesion': The impact resistance is not determined solely by the strength of the coating. If the adhesion is low, the coating will rebound and peel off upon impact. Even a hard coating that appears sturdy is meaningless if its adhesion to the substrate is weak. Furthermore, there are more complex issues: insufficient pretreatment, differences in the expansion coefficients of materials, inadequate coating thickness... all of these affect chipping. A simple notion of a 'hard coating' cannot provide an essential solution.

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The brass coating was experiencing peeling due to a "discoloration reaction."

The brass coating was experiencing peeling due to a "discoloration reaction."

Explanation of measures to prevent paint peeling due to the unique oxidation and discoloration reactions of brass.

Brass is prone to oxidation in the air, and as it discolors, the adhesion of the coating decreases. Even if the surface discoloration is slight, the reaction is still progressing. Poor adhesion can occur due to insufficient degreasing or residual oxide film. Immediate painting after polishing is important. Specific management for brass is required. We also provide detailed examples of improvements in publicly available materials.

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Copper plating accelerated delamination due to the "oxidation rate."

Copper plating accelerated delamination due to the "oxidation rate."

Explanation of poor paint adhesion due to oxidation reactions of copper materials and countermeasures.

Copper oxidizes quickly and is a material that is prone to paint peeling. Oxidation begins immediately after polishing. Prolonged exposure after degreasing reduces adhesion. Managing process time is important. Speed management specific to copper is crucial. We provide detailed examples of improvements in publicly available materials.

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The culprit is the brass pinhole "oxidation left unattended."

The culprit is the brass pinhole "oxidation left unattended."

The brass pinholes are caused by oxidation reactions. The adhesion of the paint immediately after polishing is crucial.

Pinhole formation in brass can be caused by surface changes due to oxidation reactions. Over time after polishing, an oxide film forms and adhesion decreases. The reaction is particularly prone to progress due to insufficient degreasing or humidity during storage. During baking, fine gases may be generated, leading to the formation of holes within the coating. Measures to address this include immediate painting after polishing and managing oxidation suppression. Additionally, incorporating a weak acid wash may improve adhesion. Detailed examples of improvements are also provided in publicly available materials.

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Warning of "thermal expansion difference" in dissimilar metal pinholes.

Warning of "thermal expansion difference" in dissimilar metal pinholes.

Dissimilar metals cause pinhole formation due to differences in expansion. The adoption of low-temperature curing paint is a countermeasure.

In products that combine different metals, pinholes may occur due to differences in thermal expansion. During curing, the amount of expansion varies by material, leading to stress within the coating. Particularly in combinations with a large difference in expansion coefficients, such as aluminum and iron, there can be cases of fine coating failure. Effective countermeasures include using low-temperature curing paints and designing highly flexible coatings. It is also important to consider these factors from the structural design stage. Detailed examples of improvements are also provided in publicly available materials.

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Three conditions for preventing poor curing that causes stickiness in paint.

Three conditions for preventing poor curing that causes stickiness in paint.

Stickiness is not a minor discomfort; it is a serious quality defect caused by insufficient curing or excessive film thickness.

■Cause of Occurrence: Poor curing that leaves stickiness on the surface is a defect that is difficult to judge visually. If a few pieces are mixed in one lot, it can lead to rubbing during assembly, sticking of packaging materials, scratches during transportation, and re-inspection. The three conditions to check are curing temperature, curing time, and film thickness. Even if the set temperature is reached, if the parts do not rise to the required temperature, they will not cure. ■Truth: At the time of shipment, they may appear slightly soft, but they can quickly deteriorate in the subsequent processes. If the film thickness is too thick, heat will not penetrate to the inside, and if the drying oven is unstable, curing will vary. This cannot be prevented by intuition alone. ■Improvement Measures: Confirm curing conditions based on part temperature, record film thickness with measured values, and check the temperature differences at the entrance, center, and exit of the drying oven. By including these three points as management items, the risk of recurrence will decrease. Please utilize materials that allow you to confirm curing conditions, film thickness, and drying management.

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Electrostatic coating service

Electrostatic coating service

Apply high voltage to the sprayed paint to charge it, and it strongly adheres to the grounded object being painted!

Our company performs electrostatic painting. Electrostatic painting is a method that charges the sprayed paint with high voltage and strongly adheres it to the grounded object being painted. While our company specializes in small lot production, we are also equipped and organized for mass production. Please feel free to contact us regarding mass production work. 【Process】 ■1. Acceptance inspection and cleaning ■2. Surface preparation ■3. Primer painting and curing, intermediate painting and curing ■4. Topcoat painting and curing ■5. Inspection and shipping *For more details, please refer to the external link page or feel free to contact us.

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Electrostatic coating service

Electrostatic coating service

Colors that match the design you envision!

Our company conducts electrostatic painting. The paint particles are charged negatively and are applied to the surface of positively charged objects through electrostatic force. We produce high-quality products that combine design, functionality, materials, strength, and color. 【Our Strengths】 ■ By setting up booths in addition to the line, we can accommodate small lot sizes. ■ We can respond to short delivery times. ■ We have obtained ISO certification and have established an environmental policy, continuously working on quality improvement. *For more details, please feel free to contact us.

  • Surface treatment contract service
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Powder coating and electrostatic painting

Powder coating and electrostatic painting

Excellent corrosion resistance, heat resistance, and weather resistance! We handle a variety of powder coatings!

At MC Systems Co., Ltd., we propose powder coating and electrostatic coating based on the usage environment and desired applications. With excellent color development and a smooth texture, we provide a thick and durable coating. Coating can be applied without regard to shape. If you are having trouble with powder coating or electrostatic coating, we are here to help. 【Features】 ■ Excellent color development and smooth texture: Suitable for parts with aesthetic requirements ■ Thick and durable coating: Used for parts that are handled during the work process to hide burrs ■ Excellent corrosion resistance, heat resistance, and weather resistance: Suitable for parts used under harsh conditions ■ Coating possible regardless of shape: Can be applied to partial coatings and complex shapes ■ We handle various types of powder coatings *For more details, please refer to the PDF document or feel free to contact us.

  • Other consumables
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Powder Coating Service

Powder Coating Service

It can be used for various purposes such as for beautification and protection!

Our company conducts powder electrostatic painting, which efficiently charges powder coatings with static electricity, allowing the paint to adhere to and coat the workpiece. After that, the coating is heated and melted to form a paint film. Since there is no "dripping" that occurs with liquid coatings, a film thickness of approximately 30 to 200 μm can be easily achieved in a single application. Additionally, depending on the paint, thin film coatings of 20 to 30 μm are also possible. 【Features】 ■ Environmentally friendly ■ Resource-saving ■ Easy thick film coating ■ High paint film performance ■ Easy workability *For more details, please download the PDF or feel free to contact us.

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Electrostatic painting

Electrostatic painting

It is possible to achieve a uniform painted surface by wrapping around the sides, inner surfaces, and back of the painted object!

Electrostatic painting is a method that efficiently adheres paint to the object being painted by using the object as the anode (positive electrode) and the electrostatic painting machine as the cathode (negative electrode), thereby forming an electrostatic field between the two electrodes. It utilizes the charging power of the mist-sprayed paint particles (negative) to attach the paint to the object. The negatively charged paint moves along the electric field lines, allowing it to wrap around not only the front side of the sprayed object but also the sides, inner surfaces, and back, resulting in a uniform coating. This method is widely used in the industrial sector. 【Painting Details】 ■ Product Size: W500×D500×H1500 (up to 15kg) ■ Paint: Acrylic-based / Polyester-based ■ Hybrid resin (according to specified painting specifications and standards) ■ Film Thickness: Approximately 10μ to 50μ ■ Compatible Materials: Cold-rolled steel sheets, hot-rolled steel sheets, electroplated steel sheets, stainless steel, aluminum, etc. ■ Main Components: Automotive parts, agricultural machinery, electrical equipment, industrial machinery, devices, building materials, steel furniture, etc. ■ Factory: Iwatsuki Factory (Saitama) * For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
  • Electrostatic Painting

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How to prevent pinholes? Improvement methods to reduce their occurrence.

How to prevent pinholes? Improvement methods to reduce their occurrence.

Film thickness and drying management affect quality.

Pinhole formation is caused by the rapid evaporation of solvents or gas generation. To improve this, it is important to avoid thick application and maintain the appropriate film thickness. Additionally, reviewing drying conditions and avoiding rapid heating can help reduce the occurrence of bubbles. Stabilizing the substrate condition is also an important point.

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How to prevent color unevenness? Improvement points to stabilize quality.

How to prevent color unevenness? Improvement points to stabilize quality.

Coating conditions and environmental management are important.

Color unevenness is caused by variations in the amount of application and differences in drying conditions. Standardizing work conditions and managing equipment are important for improvement. In particular, thorough management of film thickness and temperature will stabilize quality.

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How to prevent uneven gloss? Methods to achieve a uniform finish.

How to prevent uneven gloss? Methods to achieve a uniform finish.

Stabilizing drying conditions is the key point.

Variations in gloss are caused by inconsistencies in drying conditions. It is important to thoroughly manage temperature and time for improvement. Additionally, standardizing application conditions is also effective for stabilizing quality.

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How to prevent pinhole defects? Improvement methods to reduce occurrence.

How to prevent pinhole defects? Improvement methods to reduce occurrence.

The effects of film thickness and drying management are tremendous.

This document explains the relationship between bubbles, film thickness, and drying conditions, which are the causes of paint pinholes, as well as countermeasures. Pinholes occur due to solvent evaporation or gas generation. The entrapment of bubbles can be caused by thick application or rapid heating. Simply raising the drying temperature may not improve the situation, so optimizing film thickness and drying conditions is crucial. Our company has published case study materials on improvements. Please take a look.

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