We have specialised experience in the design and manufacture of dipping equipment for the production of the following processes.

We have introduced many customers into the balloon production process.
On completion of an order we would provide full support including advice on:

• Building preparation for gas / air / power / drainage services.
• Information or supply of mixing equipment.
• Pigment, latex and chemical guidance.
• Help acquiring local and / or international suppliers.
• Commissioning and initial training, combined with our ongoing customer support, parts and servicing requirements.
• Varying methods of oven and tank heating.

 

BATCH DIPPING ADVANTAGES

One disadvantage of the continuous chain machine is it’s inherent inflexibility. Product performance becomes dependent entirely upon line speed. A 10% speed increase in the chain speed may not be tolerated because of reduced oven exposure time and reduced leaching of the product, furthermore large modifications are generally required to continuous chain plant to achieve small changes to product profile, thickness or to increase quality.

Batch dipping plant optimise flexibility, the ability to alter dipping profiles, cure oven specifications, and dipping time delay ensure the process stays infinitely variable, with the added ability to increase product quality as the targeted market develops. This is impossible to achieve using continuos chain plant with the difficulty of dip tank management it becomes increasingly difficult to maintain product uniformity, consistent wall thickness and correct leaching.

The versatility of batch dipping ensures product development and enables the possibility for new products to be implemented, new product testing and production can be achieved on the same machine at the same time as full production of the current product.

One other advantage of batch dipping is the ‘auto oven door’ development, where ovens are closed between batch dip cycles minimising heat loss, which can lead to a substantial saving in costs.

Water Consumption: 200 litres per hour (depending on product size / thickness etc.)

Air Consumption: 55 cfm (using 11kw compressor)

Power Supply: 22kw

Gas Consumption: 12 cubic metres / hr (@20 degree C ambient temperature)

Other methods - thermic oil, water heat, steam, electric.