Vacuum processes - Import export

For sophisticated decorative materials Press laminating is mainly used to process materials that are unsuitable for vacuum processes, such as textiles, materials with and without foam backings or non-stretchable cover materials like leather or Alcantara. Processing these materials requires high quality tooling and machinery to ensure the quality of the grain, the soft touch and the color remain intact. The decorative element and the substrate are usually laminated together by being pressed between two hard instruments. Precise decor positioning and tool arrangements ensure optimal laminating conditions. Other forms of laminating include leather laminating and membrane laminating, which combines press laminating, edge folding, trimming.

ABFAD Ltd have developed the perfect solution to protect damaged and corroded Storage Tanks, a major problem in the industry. The FUELVAC® double skin lining system, Abfad’s patented solvent-free vacuum monitored lining process, bringing a new, innovative dimension to storage tank repairs and tank corrosion protection. Cost and time savings over traditional methods are significant and tank downtime is greatly reduced, which means that the repaired tank can be brought back into full use in a very short timescale; whereas traditional methods of storage tank maintenance can leave the tank owner without the use of a very valuable asset for an extended period of time. The double skin tank is then connected to remote vacuum monitoring applications that check the integrity of the installation every second of every day, ensuring piece of mind and a totally professional approach to tank storage maintenance. Fuelvac® can be installed in above or below ground tanks of any size.

Nash has been designing, manufacturing and troubleshooting steam jet air ejector systems since 1986. Steam ejectors provide vacuum in many process industries and utility companies. Combining low capital cost, simple operation, high reliability and the ability to handle large volumes at very high vacuum levels, they can be optimized to contribute to process enhancement and operational efficiency.