Winding - Import export

Place the pallets (EPAL) using a simple hand pallet truck, attach the film to the base of the pallet, select the wrapping program and press the start button. The machine automatically winding and stops. Cut the film manually. Attention: the pallet must not have the inner crosspieces on the side of the transpallet. STRETCH FILM FOR WRAPPING MACHINES: The film normally used on winding machines is 23 my standard in rolls of approximately 16 kg. With 1 roll of film you are able to wrap an average of 60 pallets. The film is also available in white 30 my, suitable to protect the contents of the pallets from sunlight. The white film is opaque and can be used to hide valuable goods during transport. The type of films supplied by us is of premium quality and is suitable to be used on our machines. We recommend using only top quality film in that it significantly reduces packaging waste and failures due to the use of an unsuitable product.

158B Roving is specifically designed for use in filament winding applications using epoxy resin, where high strength is required. 158B is suitable to reinforce phenolic resins. Fast wetout properties and high burst strength maximize customers’ processing and minimize costs.EXCELLENT PROCESSING Smooth runout combined with low fuzz properties, result in smoother parts and less downtime for cleanup, enabling higher efficiencies and lower manufacturing costs. FAST WETOUT Allows the processor to optimize part production speed resulting in increased productivity and reduced costs. HIGH BURST STRENGTH Excellent glass/resin bonding, which provides high burst strength in pipe or vessels. CORROSION RESISTANT Excellent corrosion resistance with Advantex® Glass compared to standard Eglass providing longer service life in applications facing corrosion.

Nomex-Kapton -Nomex (NKN) tubes are stator slot liner insulators produced with a low thickness of only 0,16 mm without overlaps. This means an improved thermal management inside the stator slot, less overheating inside, higher torque and motor efficiency, more space for copper hairpins & I-Pins, improved dielectric strength. Reducing the thickness of slot insulator and improving dielectric & thermal insulation is a key stone to improve motor efficiency and performance in terms of: 1. Improving thermal conductivity and reducing thermal resistance 2. Reducing the temperature of the copper hairpin hotspot 3. By reducing the insulator volume because of a reduced thickness and lack of overlaps; this means that the amount of copper inside the slot can be increased, improving motor performance 4. Reducing phase resistance Nomex and Kapton are DuPont registered trademarks