Liquid Data & Material Comapatability Guide
20Pages

Bulletin 30 Section: Effective: Replaces: 10 June 2012 October 2011 Liquid Data and Material Compatibility Guide A Guide for Blackmer Positive Displacement Sliding Vane Pumps ■ Chemical Processing ■ Solvents ■ Plastics & Synthetics ■ Soaps, Cleaners & Cosmetics ■ Paints, Coatings & Resins ■ Agriculture Chemicals ■ Petroleum Refining ■ Rubber & Plastics ■ Sugars, Beverages & Food ■ Grain & Vegetable Oils ■ Printing Inks & Solvents ■ Marketing & Distribution of: • Refined Fuels & Chemicals • Liquefied Petroleum Gasses • Specialty Gasses ■ Marine/Barge Fueling & Transportation ■ Aircraft Fueling/De-Fueling ■ Public Utilities; Electric, Gas & Sanitary

BLACKMER LIQUID DATA AND MATERIAL COMPATIBILITY GUIDE This bulletin is intended as a guide for the proper selection of Blackmer positive displacement rotary-vane pumps for use in specific fluid transfer applications. For detailed information and specifications of the pump types listed within the bulletin, please refer to the Blackmer Product Bulletins described in the chart below. All selections of Blackmer pump types listed in the bulletin are based upon specific conditions of temperature, viscosity, vapor pressure, concentration, etc. Assumptions should not be made as to the suitability...

MATERIAL SPECIFICATIONS The Material Specification Charts provide technical data on the various materials of construction available for Blackmer pumps. Models are available in cast iron, ductile iron, cast steel or 316 stainless steel construction. A wide selection of internal components are available for specific application requirements. Note: Not all of the materials shown in the chart are available for all pump models. Please refer to the individual Blackmer Material Spec Sheets for material options available on specific models. WARNING Several liquids covered in the following tables...

MATERIAL SPECIFICATIONS continued….. O-RINGS MATERIAL COMPOSITION FKM Fluorocarbon 69% Fluorine (V1263-75) PTFE USEFUL TEMPERATURE RANGE Tetrafluoroethylene 1) Seal Ring – PTFE with SS Spring 2) O-Rings - PTFE Encapsulated Silicon TYPICAL USAGE Offers wide chemical and temperature compatibility. Good for acids, aromatic and chlorinated solvents, hallogenated hydrocarbons / most petroleum products. Note: FKM O-rings used in non-Blackmer seals may be a different grade; consult factory. -15 to 400°F (-26.1 to 204°C) Impervious to most fluids, except for certain hallogens. Excellent for use...

CF=Consult Factory Key: A=Excellent B=Satisfactory C=Doubtful D=Attacked *=Top 80 chemicals produced in the U.S.A. W=Water Solution "Maximum speed should be one-half of the maximum rated pump speed. CAUTION: Above ratings are for chemical compatibility only. Other factors such as viscosity, pump speed, temperature, pressure, duty-cycle, particle concentration, etc. must be considered when applying a pump or option. Refer to pages two and three of this directory, or to the individual pump performance curves for operating limits.

CF=Consult Factory Key: A=Excellent ENSatisfactory C=Doubtful D=Attacked *=Top 80 chemicals produced in the U .S.A. W=Water Solution "Maximum speed should be one-half of the maximum rated pump speed. CAUTION: Above ratings are for chemical compatibility only. Other factors such as viscosity, pump speed, temperature, pressure, duty-cycle, particle concentration, etc. must be considered when applying a pump or option. Refer to pages two and three of this directory, or to the individual pump performance curves for operating limits.

CF=Consult Factory Key: A=Excellent B=Satisfactory C=Doubtful D=Attacked *=Top 80 chemicals produced in the U.S.A. W=Water Solution "Maximum speed should be one-half of the maximum rated pump speed. CAUTION: Above ratings are for chemical compatibility only. Other factors such as viscosity, pump speed, temperature, pressure, duty-cycle, particle concentration, etc. must be considered when applying a pump or option. Refer to pages two and three of this directory, or to the individual pump performance curves for operating limits.

CF=Consult Factory Key: A=Excellent ENSatisfactory C=Doubtful D=Attacked *=Top 80 chemicals produced in the U.S.A. W=Water Solution "Maximum speed should be one-half of the maximum rated pump speed. CAUTION: Above ratings are for chemical compatibility only. Other factors such as viscosity, pump speed, temperature, pressure, duty-cycle, particle concentration, etc. must be considered when applying a pump or option. Refer to pages two and three of this directory, or to the individual pump performance curves for operating limits.

CF=Consult Factory Key: A=Excellent B=Satisfactory C=Doubtful D=Attacked *=Top 80 chemicals produced in the U.S.A. W=Water Solution "Maximum speed should be one-half of the maximum rated pump speed. CAUTION: Above ratings are for chemical compatibility only. Other factors such as viscosity, pump speed, temperature, pressure, duty-cycle, particle concentration, etc. must be considered when applying a pump or option. Refer to pages two and three of this directory, or to the individual pump performance curves for operating limits.

CF=Consult Factory Key: A=Excellent ENSatisfactory C=Doubtful D=Attacked *=Top 80 chemicals produced in the U .S.A. W=Water Solution "Maximum speed should be one-half of the maximum rated pump speed. CAUTION: Above ratings are for chemical compatibility only. Other factors such as viscosity, pump speed, temperature, pressure, duty-cycle, particle concentration, etc. must be considered when applying a pump or option. Refer to pages two and three of this directory, or to the individual pump performance curves for operating limits.

CF=Consult Factory Key: A=Excellent ENSatisfactory C=Doubtful D=Attacked *=Top 80 chemicals produced in the U .S.A. W=Water Solution "Maximum speed should be one-half of the maximum rated pump speed. CAUTION: Above ratings are for chemical compatibility only. Other factors such as viscosity, pump speed, temperature, pressure, duty-cycle, particle concentration, etc. must be considered when applying a pump or option. Refer to pages two and three of this directory, or to the individual pump performance curves for operating limits.