Our range of Ball Transfer Units is specially designed for multi directional usage. Our range of Ball Transfer Units is ensure to make easy turned, steered and pushed of unit loads. The design of Ball Transfer Units allows moving heavy load from one place to another with ease. Proper lubrication and cleaning is required for long lasting results from Ball Transfer Units. We offer this range of Ball Transfer Units at competitive prices.
Fixing methods:
There are various methods of fixing Alwayse ball Units. A wide range of fittings enable them to be used with various different materials. Fixing clips are available for most designs.
MATERIALS | Type | Load Ball | Support Balls | Housing |
| 13 | Carbon Steel 60-66RC | Carbon Steel 60-66RC | Carbon Steel Bright Zinc Plated |
| 14 | Nylon 66 | Carbon Steel 60-66RC | Carbon Steel Bright Zinc Plated |
| 15 | Stainless Steel AISI 420 52-58RC | Stainless Steel AISI 420 52-58RC | Stainless Steel AISI 304 SelfColour |
| 16 | Stainless Steel AISI 420 52-58RC | Stainless Steel AISI 420 52-58RC | Carbon Steel Bright Zinc Plated |
Lubrication
Each unit is pre-lubricated during manufacture and normally does not require further attention. In certain instances we will advice on lubrication. Greasing or oil points can be incorporated in some units.
Cleaning
A suitable cleaning or release fluid should be used in dirty conditions. Most designs have dirt exit holes incorporated in the bearing cup, or these can be added on request.
Shock Loads
When calculating loads, consider the possibility of impact caused by incorrect levels. Spring loaded units will reduce war and tear if there are regular shock impacts. Shock loading can also be reduced by fitting compressible pads. Ball units can also be made retractable by other means, such as pneumatic or hydraulic cylinders, cams or levers. They can be programmed to operate in sequence.
Self Levelling
This can be achieved by fitting rubber pads. This reduces excessive loads on just a few units.
Temperature Range
Min. -30° C to Max. +70° C continuous, or +100° C intermittent. Special seals may need to be fitted to suit extreme conditions. In clean conditions and without seals +150° C to +200° C are possible using Type 15 units at reduced loads
