Produktbeschreibung
Firmeninfo
Produktbeschreibung
The Basics of Electrocoating: Electrocoating is a process critical to every segment of metalworking industries. Advanced electrocoating systems allow product designers greater latitude in the choice of materials, improve the performance and wear properties of critical components, and give metals a high quality, nonporous, high-adhering surface for the subsequent application of liquid or powder topcoats, where desirable.
Definition: Electrocoating uses electrical energy to apply organic finishes. The part is grounded and immersed in paint that has been charged with the opposite polarity. Resin and pigment migrate to the part, and a uniform film is irreversibly deposited. The part is rinsed, then cured.
Critical Processes: Successful film deposition depends on four simultaneous processes:
Electrophoresis - the movement of colloidal materials dispersed in liquid under the influence of a potential gradient.
Electrolysis - the dissociation and movement of ions.
Electro-osmosis - (the reverse of electrophoresis) the extraction of water from the deposited film.
Polarization - the ability of the deposited film to exhibit electricity resistance, thereby insuring even coverage.
E-Coat Advantages: Properly engineered systems offer precise control over film thickness, highest film integrity and an unblemished appearance. The process offers extremely high repeatability of results, and is a practical alternative for metal parts of virtually all sizes and shapes, gauges and grades.
The most common applications of electrocoating include underhood/underbody components, recreational goods, cooking and laundry appliances, HVAC products, and aerospace products. Recently, manufacturers of upscale consumer products have popularized electrocoating as a primer for powder-coated goods.
E-Coat and the Environment: Electrocoating benefits the user in several important ways. Closed loop rinsing, ultrafiltration, and the applications process itself allow material utilization of virtually 100%. Many electrocoat paint formulas are now available which are free of heavy metals; Many are also near-zero in VOCs and HAPs.
Electrocoating may not require a dry-off oven, thus exhaust air and makeup needs are minimized. Finally, because the paint is 80-90% water, the risk of fire - the ultimate environmental disaster - is vastly reduced.
The Anodic/Cathodic Debate: Anodic systems deposit a negatively charged polymer onto a positively charged part; In a cathodic system, the reverse is true. We can demonstrate, and help you compare these options in terms relevant to your plant, your product, your production, and your future requirements. Today, acrylic, epoxy and hybrid electrocoating are the alternatives. Of these, cathodic epoxy deposition systems are widely regarded as the ultimate in terms of delivering high hardness, excellent salt spray and other performance properties.
We have extensive experience with all these systems, and can help you consider what level of performance you need. Would a system that delivered slightly less performance, at significantly less cost, better serve your needs? Exploring all options, objectively, and in detail, is, we believe, the most important due diligence you can perform in making an e-coating decision.
Definition: Electrocoating uses electrical energy to apply organic finishes. The part is grounded and immersed in paint that has been charged with the opposite polarity. Resin and pigment migrate to the part, and a uniform film is irreversibly deposited. The part is rinsed, then cured.
Critical Processes: Successful film deposition depends on four simultaneous processes:
Electrophoresis - the movement of colloidal materials dispersed in liquid under the influence of a potential gradient.
Electrolysis - the dissociation and movement of ions.
Electro-osmosis - (the reverse of electrophoresis) the extraction of water from the deposited film.
Polarization - the ability of the deposited film to exhibit electricity resistance, thereby insuring even coverage.
E-Coat Advantages: Properly engineered systems offer precise control over film thickness, highest film integrity and an unblemished appearance. The process offers extremely high repeatability of results, and is a practical alternative for metal parts of virtually all sizes and shapes, gauges and grades.
The most common applications of electrocoating include underhood/underbody components, recreational goods, cooking and laundry appliances, HVAC products, and aerospace products. Recently, manufacturers of upscale consumer products have popularized electrocoating as a primer for powder-coated goods.
E-Coat and the Environment: Electrocoating benefits the user in several important ways. Closed loop rinsing, ultrafiltration, and the applications process itself allow material utilization of virtually 100%. Many electrocoat paint formulas are now available which are free of heavy metals; Many are also near-zero in VOCs and HAPs.
Electrocoating may not require a dry-off oven, thus exhaust air and makeup needs are minimized. Finally, because the paint is 80-90% water, the risk of fire - the ultimate environmental disaster - is vastly reduced.
The Anodic/Cathodic Debate: Anodic systems deposit a negatively charged polymer onto a positively charged part; In a cathodic system, the reverse is true. We can demonstrate, and help you compare these options in terms relevant to your plant, your product, your production, and your future requirements. Today, acrylic, epoxy and hybrid electrocoating are the alternatives. Of these, cathodic epoxy deposition systems are widely regarded as the ultimate in terms of delivering high hardness, excellent salt spray and other performance properties.
We have extensive experience with all these systems, and can help you consider what level of performance you need. Would a system that delivered slightly less performance, at significantly less cost, better serve your needs? Exploring all options, objectively, and in detail, is, we believe, the most important due diligence you can perform in making an e-coating decision.
Die Anschrift:
Yitian Road, Yongqing Industrial Park, Langfang, Hebei, China
Unternehmensart:
Handelsunternehmen, Sonstiges
Geschäftsbereich:
Industrielle Anlagen und Zusatzteile
Firmenvorstellung:
Langfang Sanle Metal Painting & Decoration Co., Ltd widmet sich dem internationalen und inländischen Handel mit metallischen Oberflächenbehandlung, Pulver- und Elektrobeschichtung, Veredelungseinrichtungen und relevanten chemischen Produkten, deren Initiatoren (Aktionäre) beide über langjährige praktische Produktionserfahrung der chemischen / metallurgischen Industrie und national zugelassene Zertifikate von hohem / mittlerem technischen Rang verfügen. Durch das Bewusstsein der nationalen Beschichtungsindustrie können wir unserem Kunden helfen, qualifizierte Gerätehersteller auf effektive Weise und zu angemessenen Kosten zu identifizieren, unsere professionelle Geschäftsbetrieb Stil und qualifizierte chinesische Fertigungspartner können uns und Kunden helfen, in einer effektiven Weise zu gewinnen, Wir freuen uns auf die weitere Zusammenarbeit mit unseren neuen und alten Kunden und werden unsere Kunden ohne großen Aufwand wie gewohnt und für immer bedienen.
