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New Product offering: TITANIUM PUMPS

(click picture for prices, sizes and deliveries)

click for: Price List and Main Dimensions

Also available: Reverse Engineering of obsolete or hard-to-obtain pump parts for any pump brand, such as: impellers, casings, plates, sealing boxes, shafts, and other parts. E-mail your inquiry for a quote.

Titanium offers unique opportunities for many industrial applications. Among the highlights are:

	Elevated strength-to-density ratio
	Low density – roughly half the weight of steel, nickel and copper alloys – which translates into significantly improved rotordynamics of the titanium rotors
	Exceptional corrosion resistance – superior for chlorides, seawater, sour and oxidizing acidic media
	Excellent elevated temperature properties (up to 600 ⁰ F)
	*Excellent properties at low temperature. ASME allows usage of Titanium Grade 1 and Grade 2 to minus* 75 ⁰F**

According to the chemical resistance guide, Titanium outperforms 316ss, C-20, Hastelloy for such chemicals as:

	Titanium	Hastelloy	Alloy-20	316 stainless
Adiptic Acid	A	-	B	B
Ammonium Bicarbonate	A	-	B	B
Ammonium Carbonite	A	B	B	B
Ammonium Citrate	A	-	B	B
Aniline Sulfate	A	-	B	B
Arsenic Acid	A	B	B	B
Arsenous Acid	A	B	B	B
Barium Sulfide	A	-	B	B
Bromine Wet Gas	A	D	D	D
Butyl Benzyl Phthalate	A	B	-	B
Butylene Glycol	A	B	-	B
Calcium Carbonate	A	-	B	B
Calcium Hypochlorite	A	B	C	D
Calcium Nitrate	A	B	B	B
Calcium Sulfate	A	B	B	B
Calcium Sulfite	A	B	B	B
Chlorine Dioxide	A	B	D	D
Chlorine Water	A	B	C	D
Chloroacetic Acid	A	B	D	D
Chloroform	A	B	B	B
Cobalt Citrate	A	B	B	B
Dichloroethylene	A	B	B	B
Diphenyl Oxide	A	B	-	B
Ferric Chloride	A	B	D	D
Ferrous Chloride	A	B	D	D
Ammonium Nitrate	A	B	-	-
Gluconic Acid	A	B	B	D
Hydriodic Acid	A	B	D	D
Hydrobromic Acid	A	B	D	D
Iron Plating Solution	A	B	B	C
Lithium Carbonate	A	B	B	B
Lithium Hypochlorite	A	C	C	-
Magnesium Bisulfite	A	B	B	B
Magnesium Phosphate	A	B	B	B
Methyl Ethyl Ketone (MEK)	A	B	B	B
Methyl Isobutyl Ketone (MIBK)	A	B	B	B
Nickel Nitrate	A	B	B	B
Perchloric Acid	A	-	B	D
Peroxide Bleach	A	-	B	B
Potassium Bicarbonate	A	B	B	B
Potassium Bromide	A	B	B	B
Potassium Dichromate	A	B	B	B
Potassium Ferricyanide	A	B	B	B
Potassium Permanganate	A	B	B	B
Potassium Sulfate	A	B	B	-
Propionic Acid	A	B	B	C
Propylene Glycol	A	B	-	B
Silver Nitrate	A	-	B	B
Sodium Bromide	A	B	B	B
Sodium Chlorate	A	B	B	B
Sodium Chlorite	A	-	-	-
Sodium Chloride	A	-	-	C
Sodium Hypochlorite	A	C	C	D
Styrene Acrylic Emulsion	A	-	B	B
Sulfur for Fungicides	A	B	B	B
Tartaric Acid	A	B	B	B
Titanium Tetrochloride	A	B	B	C
Urea	A	-	-	-
Fertilizer Urea Ammonium Nitrite Composition	A	-	-	-
Urea Ammonia Water Nitrate	A	-	-	-
Wet Gas Hydrogen Bromide	A	-	-	-

Machinery Handbook (23^rd Edition, page 607), states: “Titanium is outstanding in its resistance to strongly oxidizing acids, aqueous chloride solutions, moist chlorine gas, sodium hypochlorite, and seawater and brine solutions. Its uses in aircraft engine compressors and in airframe structures are based on both its high corrosion resistance and high strength to weight ratio”.

Corrosion resistance is not the only strength. Titanium also has the extraordinary erosion resistance, about 20 times better then Cu-Ni alloys.

For more information, pump sizes, price and deliveries:

www.PumpingMachinery.com

770-310-0866