Printing paints - Import export

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The Loresta GX is used to measure conductors and semiconductors in the lower resistance range. Measuring range: 10^-4 – 10^7 Ω. It is used to measure the surface resistivity (Ω / □), the volume resistivity (Ω · cm), electrical conductivity (S / cm) in the low-resistance range. The Loresta-GX works according to the 4-pin measuring method. The method is based on the four-wire method and was developed to eliminate the influence of contact resistance. The measuring heads consist of four needle-like electrodes. To simplify the measurement method and calculate the correction factors, all four electrodes are at an equidistant distance from each other. Conductive Materials: Paints, pastes, paints, printing ink, Smart Textiles, Plastics, rubber Film materials, metallic thin films, metallised films, resistor pastes amorphous silicon / silicon wafer, antistatic materials, EMC shielding materials ...

Mould parting agent for entire range of plastics processing if an adhesion-dependent further processing requiring silicone-free parting agent is carried out Welding parting agent for arc welding and inert-gas arc welding As nozzle spray for extended service life of welding nozzle and keeping nozzle opening clear on automatic welding units As workpiece protection against baking and burning on of weld spatters Advantages and benefits Silicone free release agent with high effective substances from renewable primary products Prevents from burning in of spatters at welding nozzles, on workpieces and robots and increases the lifetime of the welding torch Builts up an evenly thin, nearly dry film, no creation of pores Enables the fast change and cleaning of the welding nozzle Easily washable with OKS 2650 Additional painting, metallising and printing after prior degreasing without any difficulties possible

Mould parting agent for entire range of plastics processing if an adhesion-dependent further processing requiring silicone-free parting agent is carried out Welding parting agent for arc welding and inert-gas arc welding As nozzle spray for extended service life of welding nozzle and keeping nozzle opening clear on automatic welding units As workpiece protection against baking and burning on of weld spatters Advantages and benefits Silicone free release agent with high effective substances from renewable primary products Prevents from burning in of spatters at welding nozzles, on workpieces and robots and increases the lifetime of the welding torch Builts up an evenly thin, nearly dry film, no creation of pores Enables the fast change and cleaning of the welding nozzle Easily washable with OKS 2650 Additional painting, metallising and printing after prior degreasing without any difficulties possible

Technical data •Max. Panel size up to 1500mm x 670mm •PCB thickness from 0.1-17.5mm •Smallest hole 0.075mm •Smallest trace/spacing 50µm •Copper layer up to 1000µm •Number of layers up to 58 •Aspect Ratio 20:1 •Rigid flex and flex •Viaplugging •Impedance control •Laser Microvias •Blind, Buried Vias Basic material •FR4, FR4 High TG, FR4 •halogen-free, CEM1/3, Rogers, •Ceramic (Al2O3), polyimide and others Surface •HAL lead-free, HAL Pb/Sn, chem. Ni/Au (ENIG), chem. Ni/Pd/Au (ENEPIG), chem. Sn, chem. Ag, OSP(Entek), galv. Ni/Au, Carbon, Ag/Pt (thick film technology) and others Solder resist and placement printing •Different paint systems (including halogen-free) and colors Standards •ISO 9001:2015 / IATF 16949 •UL listing •RoHS / REACH •Manufacturing according to IPC A600 class 2 and 3 Delivery times •Rush service from 1 AT •Series from 10 AT Data preparation •Legacy document preparation •Scan Service •Data conversion •CAM data preparation •CAD layout service

A cost-effective process for activating plastic and elastomer surfaces is treatment with the APC500. Using air as the process gas, large surfaces can be activated under atmospheric pressure. An arc is ignited between two electrodes in an inhomogeneous field. The voltage is about 10,000 V. In the discharge zone, the air flowing through is ionised. The plasma is blown out of the electrode area by the air flow. The substrate can now be treated in the emerging corona. A strip several centimetres wide is treated in the corona. With several parallel plasma generators it is possible to treat surfaces. Due to dangerous voltage potential, PlasmaAPC 500 is only suitable for non-conductive materials. PlasmaAPC 500 is suitable as a pre-treatment unit for the following processes: Bonding, printing, painting. The following surfaces can be treated with PlasmaAPC 500: Plastics, rubber, ceramics, glass.

A cost-effective process for activating plastic and elastomer surfaces is treatment with the PlasmaAPC 500 DUO. Using air as the process gas, large surfaces can be activated under atmospheric pressure. An arc is ignited between two electrodes in an inhomogeneous field. The voltage is about 10,000 V. In the discharge zone, the air flowing through is ionised. The plasma is blown out of the electrode area by the air flow. The substrate can now be treated in the emerging corona. A strip several centimetres wide is treated in the corona. With several parallel plasma generators it is possible to treat surfaces. Due to dangerous voltage potential, PlasmaAPC 500 DUO is only suitable for non-conductive materials. PlasmaAPC 500 DUO is suitable as a pre-treatment unit for the following processes: Bonding, printing, painting. The following surfaces can be treated with PlasmaAPC 500 DUO: Plastics, rubber, ceramics, glass.

Prior to coating plastic workpieces, they can be flame heated using a gas burner to improve adherence. This is not a heat treatment but rather a selective utilisation of the chemical effect of the gas flame. Naturally, we also offer further pretreatment equipment, such as the plasma treatment for example. During flame heating, the surface is briefly subjected to the direct effect of a gas flame fed with extra oxygen. This causes the breaking of molecular bonds in the surface of the substrate to be treated, and the binding of active ions, mainly OH and COOH groups existing in the flame. In this manner, polar groups, enabling the secure bonding of printing inks, lacquers/paints, adhesives, etc. are created in the originally nonpolar material. Due to the formation of polar groups, the surface energy of the treated substrate increases to a measurable amount.