Neptuno Fluid Technology

Neptuno® produces spare parts for Pulp Pumps for maximum output and with material which guarantees a longer service life. Among components we produce we can distinguish: Frames Wheels Suction Plate Back Plate Lids Axles Spares for Slurry Pumps - Neptuno® Engineering & Manufacturing Spares for Slurry Pumps - Neptuno® Engineering & Manufacturing Spar... es for Slurry Pumps - Neptuno® Engineering & Manufacturing Spares for Slurry Pumps - Neptuno® Engineering & Manufacturing Our products in your process Cooper Concentration Solution Pulp Pumps Spares Material: ASTM A532 Class IID and IIIA Models: 4x3, 6x4, 6x8, 10x8, 10x12, 12x10, 12x14, 14x14, 14x16, 14x18, 18x18, 20x18, 20x22, 26x28, 28x26 Intermediate Mailbox Design and manufacture for proper transport of ore pulp Made to a high abrasion resistance, especially for such applications as specified Smelter High Chrome. Piping Components for High Abrasion Design and manufacture for proper transport of ore pulp, especially grinding material discharge SAG Made to a high abrasion resistance, especially for such applications as specified Smelter High Chrome. Cone Ball Mill Feeder Component for Ball Mills with sealing system Materials: high abrasion resistance, especially for these applications specified as High Chrome Cast Feeder Nozzle Balls and Grinding Mill Component for Ball Mills Materials: high abrasion resistance, especially for these applications specified as High Chrome Cast Shells for Vertical Mills Helical Shells: Element Cast Material: White cast iron, high chromium, ASTM A532 Class IID and IIIA Total weight: 30.000 (kg) SAG Power Chutes Plating: White cast iron, high chromium, ASTM A532 Class IID and IIIA Structure: Steel A36 Special Plates Casting: Casting High Chrome White ASTM A532 Gr II A, II B Hardness: 600-700 (HB) Features: High Resistance to Abrasive Wear Applications: Chutes, Feeders, Guarderas and Straps Straight Plates Casting: Casting High Chrome White ASTM A532 Gr II A, II B Hardness: 600-700 (HB) Features: High Resistance to Abrasive Wear ...Read More