PMF Industries Inc  

2601 Reach Rd
Williamsport,  PA  17701-4181

United States
  • Booth: A2159

PMF Industries is a premier contract metals fabricator combining a large array of manufacturing processes including flowforming, deep drawing/press forming, vacuum heat treating, hot spinning, machining, electropolishing, passivating, finishing, welding, engineering services, and more, enabling us to offer unique turn-key manufacturing solutions to customer design requirements. Servicing a broad spectrum of industry from aerospace and defense to commercial food processing and filtration housings, PMF can produce your manufacture needs often as a single piece construction at less cost. PMF has expertise in fabricating hollow cylindrical and conical shapes with diameters up to 48” in various metals including stainless, high strength low alloy (HSLA), maraging, titanium, cobalt alloys such as 625 and 718, brass, copper and aluminum.  AS9100D, ISO 9100:2015 and NADCAP certified. Explore the possibilities at PMFIND.COM

 Press Releases

  • Near Net Shape Manufacturing

    The metal fabrication industry, aerospace manufacturing in particular, is always looking for more efficient ways to produce near net shape components. The ability to produce a metal part, before machining,  that is as close to the finished product as possible can significantly reduce production costs, waste material, reduce manufacturing time and eliminate the need for additional post processing. 

    The Flowform Advantage

    Flowforming is the most technological advanced metal forming technique that can achieve near net shape, by starting with a metal preform. Similar to controlled metal spinning, flowforming uses a constant spinning and pressure technique to form a metal component. However, flowforming can produce more accurate products, while reducing thickness of the starting blank.

    Compared with other near net shape manufacturing techniques, such as forgings and machining, flowforming produces the most precise, finished results currently possible in the industry. It creates dimensionally accurate outcomes that can be repeated with
    maximum consistency, dramatically reducing traditional machining production costs.

    Flowforming lessens and eliminates the need for high levels of post-forming machining and any problems or costs that can be associated with additional welding. This flexible, near net shape technique produces seamless components, while also hardening the metallurgical properties of the part, however the part may still be heat treated in order to obtain the original material properties.

    Flowforming is an excellent method for forming materials like nickel-cobalt-based super alloys, stainless steels, aluminum, brass, tantalum, columbium, titanium, and other heat-resistant steels. It can produce parts that are cylindrical, conical, or contoured. Learn more about the benefits of flowforming.


    PMF is Your New Solution

    Looking for the best near net shape metal fabrication technique? Look no further. PMF is a global leader specializing in Flowforming and FlowformingPlus techniques. Known for helping companies increase their efficiencies, while decreasing production costs, PMF has manufactured parts for the aerospace and defense industry, food processing industry, medical industry, micro-electronics industry, pulp and paper industry and many more. We manufacture your concepts.

  • FOR IMMEDIATE RELEASE                                                    CONTACT: Kim Munson

    May 12, 2017                                                                                         570-323-9944 x131

    PMF Industries Earns Forth Nadcap Accreditation for Aerospace Manufacturing Processes

    WILLIAMSPORT, PA— PMF Industries, a flowforming specialist, was recently approved for their forth Nadcap accreditation. The company now holds accreditations in non-conventional machining (EDM), heat treating, welding, and fluorescent liquid penetrant (FPI) testing processes. Nadcap accreditation is critical for any company manufacturing components for aerospace applications, and PMF is now one of the select few flowforming companies with Nadcap certification.

    “PMF has made a great deal of improvements in many of our manufacturing processes and quality system in order to attain Nadcap accreditations, including intense training and heightened general awareness within the facility. We’re proud of our achievements, and are excited to enter into this globally recognized program that fosters continual improvement,” says John Perrotto, President and General Manager.

    Their most recent accreditation in Non-Conventional machining affirm compliance and capabilities in electric discharge machining (EDM). “With this addition, PMF can now offer finished components and subassemblies with manufacturing completed under one roof for a more economical and stream lined process” states Ken Healy, Executive Vice President and Director of Engineering.

    PMF’s heat treating capabilities include vacuum heat treating, and stress relieving for a variety of metals including nickel based alloys, stainless steels, brasses, and high-strength alloys. Their accreditation covers heat treating within a temperature range between 1100°F (593°C) to 2200°F (1204°C); however, PMF is also capable of heat treating at lower temperatures.

    PMF also demonstrates excellence in welding operational procedures, as well as their welding process control and welding equipment control. Their welding expertise is in resistance welding, gas metal arc welding, and tungsten welding. PMF is approved to work with a variety of materials, including aerospace alloys, stainless steel and aluminum.

    PMF’s mission statement includes the requirement of continuous improvement to allow the precision manufacturing of complex designs at a lesser cost. PMF is working toward achieving an additional Nadcap accreditation for their nickel brazing processes in the near future.

    PMF Industries is a global leader in specialized metalworking processes, specifically FlowformingPlus™, a combination of processes used for the manufacture of high-temperature alloy, stainless steel and aluminum components, finished goods and sub-assemblies. Their work spans a broad range of industries, including aerospace, defense, land based power generation, food processing, microelectronics, nuclear, compressed natural gas (CNG) and more. The company has operated continuously since 1961 from its Williamsport, PA manufacturing facility. More information is available at or by calling 570-323-9944.

  • Cold-extrusion metal foming process enables design flexibility, lower buy-to-fly ratio, and economical, lightweight parts

    WILLIAMSPORT, Pa.—Traditionally, the design of metal components and assemblies for the aerospace sector has been widely dependent on several key factors, including the severity of the application, the materials selected, the required tolerance, and the overall weight, safety, and reliability of the final product. In the past decade, additional emphasis has been placed on cost and overall manufacturability to produce these complex components.

    Although many processes are currently used in the formation of metal components for aerospace applications, one in particular— flowforming—is reported to offer “greater benefits across the spectrum,” according to PMF Industries, a contract metals fabricator based in Williamsport, Pennsylvania.

    Flowforming offers a very high level of design flexibility and provides one of the best and most economical methods of producing high-precision, rotationally symmetrical, hollow parts. It is a cold-extrusion, metal-forming process that creates seamless, cylindrical, conical, and contoured near-net-shaped components from common forms of materials. Material is only displaced, not removed during the process.

    Unlike metal spinning and other metalforming processes that cannot precisely control material thickness, flowforming offers control by design of contours and wall thicknesses, capabilities that are highly beneficial when designing and manufacturing aerospace components. Also, because flowforming does not require elevating the temperature of the material for processing, the part is finished to near-net shape with limited or no distortion. Because the material is cold worked, subsequent heat treating, such as annealing or aging, may be desired.

    Depending upon the manufacturing capabilities of the flowforming vendor, flowformed parts can be produced in lengths of up to 20 feet, with diameters ranging from 0.5 inch up to 48 inches. Because flowforming relies on state-of-the art, computer numerical control (CNC), it offers excellent repeatability and precise control of wall thickness, which typically can vary as little as ±0.005 inch. Flowforming is the only metal-forming process that allows design and production of thicker and thinner sections in any combination, almost anywhere along the length of the part, according to PMF. This allows engineers to have much more design flexibility and to use material only where it is required.

    With its inherent design control and flexibility, flowforming is able to produce the very economical and lightweight parts that are ideal for use in aerospace applications.  Aerospace components currently being flowformed include engine components (combustor cases and housings, liners, and fan cases), drive shafts, pressure accumulators, hydraulic cylinders, vibration dampening mounts, and accumulator housings for aircraft landing gear. Other aerospace components that are currently manufactured via flowforming are inner supports, static seals, combustor shrouds, and actuators for aircraft doors.

    Flowformed parts are reverse engineered by the flowform vendor. As a result, OEM engineers must give careful consideration to the finished part at the conception of the design.

    Flowforming starts with a metal “preform” manufactured through deep drawing, forging, or machining.

    The “preforms” used in the process are engineered for each specific design or shape. As much as 85 percent of the preform (by weight) can be included in the final part, resulting in less waste, significant material savings, reduced inventory, less energy use, and dramatically lower costs than other metal-forming techniques. Also, because flowforming promotes one-piece construction of near-net-shape parts and assemblies, it generally requires few—if any—welds. This decreases the need for assembly and related mechanical, metallurgical, and materials testing.

    All of these economic advantages make flowforming’s “buy-to-fly ratio” exceptionally low, reports PMF.

    The fact that flowforming requires few, if any, welds enables parts that traditionally have required multi-piece designs to be formed as single, seamless components. This permits the use of thinner, lighter materials—ideal for use in aerospace applications. If welding is required and thicker material is needed to accommodate the weld, flowforming can produce thicker wall dimensions where needed. Some of these materials and alloys, such as stainless steel, Inconel®, and titanium, are not easily formed through metal spinning or deep drawing, but possess excellent properties for flowforming.

    Among the numerous materials that can be flowformed are a variety of steels, such as stainless steel, high strength low alloy steel (HSLA), maraging steel, alloy steel, and precipitated hardened stainless steel. In addition to titanium and Inconel, other materials that are well-suited for flowforming are Hastelloy®, brass, copper, aluminum, nickel, niobium, tantalum, and columbium.

    Flowforming also can be combined with other metal-forming techniques to increase its versatility for aerospace applications. Flowformed components then can be sized, finished, machined, and flange-formed using secondary operations.

    This is a reprint of an article that ran in the August 2017 edition of D2P magazine
  • (Oct 12, 2018)



    EN 9100:2016

    JISQ 9100:2016

    ANSI/ISO/ASQ Q9001-2015



    CAGE: 6D963

    DUNS: 003031036

    NAICS: 332116, 332420, 332431, 332710, 332721, 332811, 332993, 332995, 332999, 333291, 333294, 336412, 336414, 336415, 336419


    Alloy 718, 625, Hastelloy X, Maraging, C-103, Nitronic 33, Brass, Aluminum, Stainless

    and other Nickel Alloy steels


    • Filtration Housings

    • Rocket Motor Casings

    • Laboratory Vessels

    • Shields for Microchip Fabrication

    • Pulp and Paper Separators

    • Refrigeration Cylinders

    • Aerospace Engine Components

    • Stainless Steel Pails

    • Nuclear Containment Vessels (D.O.E.)

    • Static Seals for Commercial Aviation


    • 150,000 sq. ft. Facility

    • Engineering and Design Consultation

    • Over 55 Years of Manufacturing Excellence


    • 1, 2, 3 and 4 roller horizontal/ vertical flowforming machines diameters from 0.5” to 48”

    • 6000 watt laser cutting

    • Deep draw with hydraulic presses (500, 400, 150, 75, and 35 ton)

    • Hydroforming

    • Spinning – hot and cold form

    • 3 vacuum annealing furnaces

    • Induction annealer

    • Electro-polishing and Passivation (Nitric/Citric)

    • EDM (Electric Discharge Machine)

    • Mechanical testing, FPI, CMM verification

    • Welding – TIG and spot process

    • Lathe Turning Centers:

    • Turning dia up to 35”x 125” long with live tooling

    • 7.1 spindle through hole

    • 6-axis twin turret and subspindle and live tooling

    •  Milling Centers:

    • Vertical Milling with 60” X-axis, 29” Y-axis, 25” Z-axis capacity

    • 4 axis utilizing CAT 50 tooling

    • Horizontal Milling with dual pallet and 5th axis capability

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