EN
Suction filter for vacuum
Protects the vacuum pump from projected parts, coating and contamination.
Suction filter for vacuum
Protects the vacuum pump from projected parts, coating and contamination.
Consumer expectations for products are continuously increasing. Treatment of surfaces with our plasma systems ensures that maximum surface activation is guaranteed on a wide variety of materials. Durable adhesive joints, pollution-free production, or surfaces with stain-resistant or refractory functional coatings are just a few examples. Plasma creates a secure adhesion without solvent for e.g. furniture, white goods, toys and sports equipment.
Diener electronic also offers these processes as a surface treatment service. Several plasma systems as well as skilled, experienced employees are available for this. A DIN ISO 14644 class 8 certified clean room rounds off the offer. Thus, we can ensure an optimum surface quality for your parts and components.
The textile industry makes use of plasma for the benefit of surfaces with, for example, hydrophobic, hydrophilic or dirt-repellent properties. By generating additional functions such as flame retardants and self-cleaning equipment, plasma treatment can achieve new material properties. Plasma pretreatment also improves the wettability, sliding properties and dye-ability of textiles..
The dentist industry makes use of plasma for the benefit of surfaces with, for example, hydrophobic, hydrophilic or dirt-repellent properties. By generating additional functions such as flame retardants and self-cleaning equipment, plasma treatment can achieve new material properties. Plasma pretreatment also improves the wettability, sliding properties and dye-ability of textiles..
Plasma pretreatment has been proven to be very efficient in the packaging industry. Plasma activation with our equipment creates ideal surface properties for process steps such as printing, gluing or foiling. When printing and gluing non-polar materials, such as PP, PE or recycled materials, cost-effective and environmentally friendly production is achieved by plasma pretreatment. toys and sports equipment.
The Semiconductor technology industry makes use of plasma for the benefit of surfaces with, for example, hydrophobic, hydrophilic or dirt-repellent properties. By generating additional functions such as flame retardants and self-cleaning equipment, plasma treatment can achieve new material properties. Plasma pretreatment also improves the wettability, sliding properties and dye-ability of textiles..
Plasma pretreatment has been proven to be very efficient in the packaging industry. Plasma activation with our equipment creates ideal surface properties for process steps such as printing, gluing or foiling. When printing and gluing non-polar materials, such as PP, PE or recycled materials, cost-effective and environmentally friendly production is achieved by plasma pretreatment. toys and sports equipment.
Consumer expectations for products are continuously increasing. Treatment of surfaces with our plasma systems ensures that maximum surface activation is guaranteed on a wide variety of materials. Durable adhesive joints, pollution-free production, or surfaces with stain-resistant or refractory functional coatings are just a few examples. Plasma creates a secure adhesion without solvent for e.g. furniture, white goods, toys and sports equipment.
Plasma applications have become indispensable in the automotive industry. Closely coordinated processes are a prerequisite for a consistently high quality of the products. Our facilities meet the requirements of pretreatment technology in the automotive industry such as removing manufacturing or silicone residues by plasma cleaning. Plasma activation as a bonding or painting preparation is also possible, as is the plasma etching of high-performance plastics and a plasma coating as an adhesion promoter (primer plasma).
The power ranges from 0 to 850 watts, the generator has a PC interface. Main areas of application are activation, cleaning, etching, semiconductor (front-end), semiconductor (back-end), plasma polymerization.
