Sealpump Engineering Limited products

It doesn’t matter whether your process requires a light rinse or high impact, fully controllable wash cycle, Sealpump Engineering offer a variety of tank washing and CIP nozzle systems along with technical expertise to assist in selecting the most suitable product for your application.

The delivery of the fluid is critical in the running of the Automated Variable System package as ineffective supply can have a detrimental effect on the spray performance. Therefore the spray system uses both a stainless steel air driven diaphragm pump and 316SS pressure vessel to ensure that optimum performance is possible.

As specialists in dust suppression and control, Sealpump can solve all your Conveyor Transfer Chute dust problems. The placement of the dry fog nozzles is the most important aspect to achieving effective dust suppression and ensuring no wetting of material, the dry fog spray should be generated and contained in well designed shrouding, for example a conveyor chute, this eliminates dissipation due to wind and also ensures treatment time necessary to suppress and control airborne dust. The dry fog spray is generated above the dust problem area not directly onto the material, as the airborne dust is generated within the conveyor transfer chute the dry fog suppresses the dust through particle agglomeration, ensuring that the dust is controlled within the conveyor transfer chute. A general rule of thumb is that the height of the conveyor cover be approximately 1 metre above the product level on the belt. And the cover length 3 times the belt speed (m/s).

The placement of the dry fog nozzles is the most important aspect to producing effective results with no wetting of material. Ideally the fog should be generated at three points and contained in properly designed shrouding. This eliminates dissipation due to wind and also produces the treatment time necessary to suppress the dust.

The flat fan air nozzles produce a flat fan shaped air pattern, replacing open ended pipe while offering major advantages in efficiency & performance.

The metal flat fan nozzle produces a flat fan spray pattern with an even and uniform distribution across the spray width. The flat fan nozzle is a one piece construction with a male threaded connection and hex body for easy installation.

Compressed air and liquid mixes within the resonator cap external to the nozzle and creates a wide spray pattern of ultra-fine spray droplets nominally 3 – 5 micron. The nozzle assembly offers both non-drip and self-cleaning functions to this nozzle range. The nozzle has a separate air and liquid connection being 1/8″ female.

Compressed air and liquid mixes within the resonator cap external to the nozzle and creates a wide spray pattern of ultra-fine spray droplets nominally 5-10 micron. The nozzle assembly offers both non-drip and self-cleaning functions to this nozzle range. The nozzle has a separate air and liquid connection being 1/8″ female.

Compressed air and liquid mixes within the resonator cap external to the nozzle and creates a straight spray pattern of ultra-fine spray droplets nominally 5-10 micron. The nozzle assembly offers both non-drip and self-cleaning functions to this nozzle range. The nozzle has a separate air and liquid connection being 1/8″ female.