Industrial coats - Import export

The classic application of industrial robots. The application of wet paint is one of the classic uses of industrial robots. As a specialist for surface coating systems, Rippert naturally offers the full range of solutions in the Ex and non-Ex area. Robots and application technology are integrated into the overall system in relation to the specific customer and his application. Modern software concepts ensure economically optimum operation.

Powder systems with robots can be effectively used even for small batches. In addition to the classic method of powder coating using manual spray guns or masts, the demand for robot systems has risen sharply. Rippert offers the entire spectrum here too. Both powder-coating systems with robots and wet painting systems are supplied with intelligent software solutions. This also allows the economical processing of small lot sizes. Automatable high-speed paint changing systems have also been available for some time. Rippert plays a leading role in automated powder-coating systems with industrial robots.

Immersible objects can be painted economically with the aid of dip painting. Rapid and complete wetting takes place by the immersion of the workpieces. By comparison, electrophoretic coating is more complex, but it is more advantageous in individual cases. ADP / CDP electrophoretic dip coating Electrophoretic dip coating is a modern, efficient painting method and is used extensively in industry for the coating of metals and metallised plastic surfaces. In the electrolytic coating of components using direct current, distinction is made between cathodic dip painting (CDP) and anodic dip painting (ADP), depending on the polarity. The paint film is deposited onto the object surface from an aqueous paint dispersion by the effect of a DC current. In anodic dip painting (ADP) the article being painted is connected as the anode, while in cathodic dip painting (CDP) it forms the cathode. When current flows, the paint dispersion, which contains the ionically stabilised paint particles, coagulates in the acidic boundary layer (ADP) or alkaline boundary layer (CDP) and forms a paint film, which adheres well and is hard and resistant to corrosion after hardening. Advantages:

Venjakob has combined – for the first time in the industry – a robot with a surface spray painting machine. VEN SPRAY VARIO offers the flexibility of an industrial spray coating robot and the high output of an automatic surface spray coating machine. The outer edges of the parts are precisely coated by the robot, and the surfaces are sprayed "inline" at a constant throughfeed speed without any stopping or stop and go by the spray guns of the downstream linear axis. In comparison to the usual Cartesian robot systems on the market, this leads to an approx. 50 % higher lacquering performance(surface|minute). In addition, the new system technology optimises the surface quality, as it leads to visibly better results by linking the paint film at transitions from surfaces to outer edges. Another decisive system advantage of the VEN SPRAY VARIO is the ongoing guarantee of reproducible production qualities. The perfect finish of 3D workpieces is particularly impressive. For coating complex 3D parts as a stationary batch we recommend using the optionally available paper belt transport system. In addition to the described flexibility, the plant technology can also be used for surface coating only. As an alternative to a manual spraying station a single robot can be used for complex geometries. The technically sophisticated paint recovery system achieves maximum efficiency. The recyclability of the recovered overspray and the considerably reduced use of cleaning agents provide an impressive energy balance. In addition, the efficient ventilation technology noticeably reduces the resulting energy costs. The modular design ensures a safe investment in the long term. The integration of additional robots and other adjustments to meet the continuously growing demands on our customers' production processes are possible at any time.

Email : trasmme@gmail.com SKYPE : TRAS MM ============================== ZINC INGOT Usage: Mainly used for die-casting alloy battery industry Pharmaceutical / rubber industry Chemical industries zinc and other metal alloy plating coating industry in applied widely. Factory with strong supply ability silver white lustrous metal zinc ingot for die-casting alloy battery industry 1. mainly used for melting ingot 2. discontinuous melting with scrap 3. Used for industry such as automobile,pinning and weaving,electron broadly and so on

Hitachi High-Technologies Europe GmbH is very pleased to introduce Hitachi Magnetrons, which are highly appraised for their high quality, high reliability, compact shape, light weight and low spurious radiation with up to 10kW Power, different type of cooling (water/forced air) and different outline dimensions. Hitachi Magnetrons are well-suited for various types of industries specifically in the fields of: Electronic Device Manufacturing Microwave Light Emission UV-Curing Industrial and Vacuum Drying Semiconductor Automotive Ceramic Industry Food Processing Dispensing and Coating Bonding & Lamination Applications Magnetrons' Line-up: 2M121A, 2M131, 2M130, 2M256, 2M251, 2M252, 2M304, 2M305 Magnetron 2M121A: Power (kW): 1.4 Frequency(MHz): 2,455 Cooling: Forced Air Outline Dimensions (mm): 127x104x109 Weight (kg): 1.4 Magnetron 2M130: Power (kW): 2.0 Frequency(MHz): 2,455 Cooling: Forced Air Outline Dimensions (mm): 128x116x122 Weight (kg): 2.3