|
Amerek Industries Inc. |
||||
|
Model V-3500-3 Three Phase A Vacuum Blender is a machine that enables matrix materials to be mixed while the air inside the mixing vessel is evacuated. The density of the materials is increased and the resulting cast product is strong and porous free. The term " Solid Surface" is used to describe this product. Model-3500-3 Vacuum
Blender has a capacity of 350 lbs. The tub size is 23" in diameter and 29" high. Construction and Operating Features The bottom of the tub and the elevating lid are domed. This rigid curved shape is designed to withstand the prevailing atmospheric pressure brought to bear on the outside surfaces during air evacuation. The elevating lid assembly pivots to the right or left allowing the removal of the tub by overhead hoist. The sides of the tub are equipped with two stainless steel channels. These channels have openings that act as pivot points. The openings accept round pins attached to a lifting yoke (Model VY-3528) connected to an overhead hoist. If an overhead hoist is not practical, an alternate method is to utilize the Model VC-3534 Transport Cart which has a similar pivot pin arrangement. The stainless steel blending element is curved at the bottom to conform to domed shaped contour at the bottom of the tub. The element uses four easily removable TeflonŽ wipers that contact both sides and bottom of the tub. The lid has field replaceable styrene resistant seals. The blender is priced to include an oil less vacuum pump equipped with an explosion proof motor and 25 ft of vacuum hose. Domestic crating is not included in the standard price. Shipping weight is 650: freight Class is 92.5. Complete: V-3500-3 Three Phase Call for Pricing Motors are UL approved for use in Hazardous Locations Call for Information: Amerek Industries Inc. (800) 736 7651 Additional Tub: VT-3540 Call for Pricing Additional Element VE-3570 Call for Pricing Lifting Yoke VY-3528 Call for Pricing Hydro-Pneumatic Transport Cart VC3534 Call for Pricing
Email: sales@amerekindustries.com
.
|