Indoor & Outdoor Welding. We provide top-notch welding, metal fabrication, and mending services, tailored to meet the unique needs of our clients. From custom metalwork to quick repairs, our skilled craftsmen have the expertise and tools to handle projects of any size and complexity.
Wide Room Openings Our Specialty. |
Steel Work for Renovations |
< |
Welding, Iron Work, Metal Fabrication at the Jersey Shore.
Our welding services include MIG, TIG, and Arc Welding, ensuring we can tackle various materials like steel, aluminum, and stainless steel. Whether you need industrial-grade welding for large construction projects or precision welding for smaller repairs, we've got you covered.
|
|
Exterior Mobile Welding Services due to Vehicular Damages. |
Blacksmith for Hire: Welding, Re-Design, Fabrications and Steel Supports |
Commercial and industrial property welding and fabrication work. Support welding for rooftop equipment. Exhaust systems and airflows. Iron Beam Architectural Support work. Iron Hardware & Hinges. Tanks, Structural steel, Skids, Miscellaneous iron. Platforms and catwalks, Piping, Ducting, Mechanical Welding for Heavy Equipment, Entry Doors & Front Doors. Cutting, burning, punching, forming, rolling and welding steel. Blending, Etching, Filtration Flow. Metering, Mixers / agitation. Plating, Pretreatment, Pumping and delivery.
Regeneration Waste treatment fabricating, metal, melting point, joining metallic parts, forging, brazing, soldering, welding equipment, thermoplastics, coalescence, electric arc, forge welding & arc welding.
Blacksmith services for wrought iron gates; exterior and interior, steel gate repairs, reconditioning for wrought iron door, custom constructed wall displays, appliance parts, auto parts, factory parts and iron work of all types. Ask us about: driveway gates, changes needed for iron entrance gates and fences, unique garden gates:. |
|
Welding Terms, (page under construction). |
Across the Arc Wire Feeders: Also referred to as voltage-sensing wire feeders. The wire feeder is powered by the welding cable instead of a control cable. This configuration provides the benefit of fewer cables running back to the power source. Voltage control at the point of use is not possible without the addition of a control cable however, technologies such as ArcReach and CrossLinc now provided remote control capability via the welding cable. |
Actual Throat: The shortest distance from the root of a fillet weld to its face. |
All-weld-metal test specimen: A test specimen with the reduced section composed wholly of weld metal. |
Allmand Maxi-Power MP125 (Canada) Diesel Engine Generator Isuzu 4HK1X Tier 3. MP150 Diesel Engine Generator John Deere 6068HFG05 Turbo Tier 4 Final. Allmand Maxi-Power MP40 Diesel Engine Generator Kubota V3300 Interim Tier 4. USA DOT Compliant, Not CSA Listed, Transport Canada Compliant |
Allmand Night-Lite PRO II LD Portable Light Tower, 8 kW. Kubota D-1105 BG 13.5 hp (8 kW generator), 4-1250 watt metal halide fixtures, initial output of 150,000 lumens per lamp, Domestic Shipping Weight: Light Fixtures: 15 lbs. (6.8 kg) each) Trailer and Mast: 1,610 lbs. (732 kg), Height mast lowered: 5 ft. 9 in. (1.75 m) Height mast raised: 30 ft. (9.1 m) Length with fixtures: 14 ft. 7 in. (4.45 m) Width: 4 ft. 3 in. (1.3 m) Outrigger Width: 8 ft. 4 in. |
Alloy: A mixture of metallic elements combined to provide specific properties such as greater resistance to corrosion or improved strength. For example, brass is an alloy of copper and zinc; steel is an alloy of iron and carbon. |
Amperage: The measurement of the amount of electricity flowing past a given point in a conductor per second. Current is another name for amperage. |
Arc: The physical gap between the end of the electrode and the base metal. The physical gap causes heat due to resistance of current flow and arc rays. |
Arc Blow: The deflection of an electric arc from its normal path because of magnetic forces. |
Arc Force: Arc force prevents the electrode from sticking during welding. Arc force is a temporary increase of the output current during welding when the arc is too short. This feature supports production with consistently excellent arc performance. It also enhances simple position welding making the job easier. In order to produce an outstanding weld performance on a variety of electrodes (rutile, basic or cellulose), the arc force can be finely adjusted with a simple knob. To have a smooth arc with less spatter, set the knob to minimum (rutile, basic). For a more crisp arc, with more penetration, set it to maximum. |
Arc Seam Weld: A seam weld made by an arc welding process. |
Arc Spot Weld: A spot weld made by an arc welding process. |
Arc Time: The time during which an arc is maintained in making an arc weld. |
Arc Voltage: The voltage across the welding arc. |
Arc Welding: Welding processes which use heat from the resistance of current flow and arc rays to produce coalescence of metals. Can use either direct (DC) or alternating (AC) current, consumable or non-consumable electrodes, with or without the application of pressure. |
Arc Welding Electrode: A component of the welding circuit through which current is conducted between the electrode holder and the arc. |
Arc Welding Gun: In semi-automatic, machine and automatic welding, a manipulating device to transfer current and guide the electrode into the arc. It may include provisions for shielding and arc initiation. |
As Welded: The condition of weld metal, welded joints, and weldments after welding but prior to any subsequent thermal, mechanical, or chemical treatments. |
Asynchronous Welder Generator: An asynchronous generator is an alternator that utilizes an air-gap rotating magnetic-field between a stator and a rotor to interact with an induced current in a rotor winding. An asynchronous generator requires no maintenance since there is no collector ring, brush, or rotor excitation winding. It is sometimes called an induction generator. General efficiency is higher than that of a synchronous generator with the same capacity and the same speed. Red-D-Arc's GX200 DC CC gas engine welder employs an asynchronous generator to produce welding current. |
Autogenous Weld: A fusion weld made without the addition of filler metal. |
Automatic Welding: Welding with equipment which performs the welding operation without adjustment of the controls by a welding operator. The equipment may of may not perform the loading and unloading of the work. Uses equipment that welds without the constant adjusting of controls by the welder or operator. Equipment controls joint alignment by using an automatic sensing device. |
Axis of a Weld: A line through the length of a weld, perpendicular to and at the geometric center of its cross section. |
Back Gouging: The removal of weld metal and base metal from the other side of a partially welded joint to assure complete penetration upon subsequent welding from that side. |
Backhand Welding: A welding technique in which the welding torch or gun is directed opposite to the progress of welding. Sometimes referred to as the pull gun technique in GMAW and FCAW. |
Backing: A material (base metal, weld metal, carbon, or granular material) placed at the root of a weld joint for the purpose of supporting molten weld metal. |
Backing Pass: A pass made to deposit a baking weld. |
Backing Ring: Backing in the form of a ring, generally used in the welding of piping. |
Backing Strip: Backing in the form of a strip. |
Backstep Sequence: A longitudinal sequence in which the weld bead increments are deposited in the direction opposite to the progress of welding the joint. See block sequence, cascade sequence,continuous sequence, joint building sequence, and longitudinal sequence. |
Bare Electrode: A filler metal electrode consisting of a single metal or alloy that has been produced into a wire, strip, or bar form and that has had no coating or covering applied to it other than that which was incidental to its manufacture or preservation. |
Bare Metal Arc Welding (BMAW: An arc welding process which produces coalescence of metals by heating them with an electric arc between a bare or lightly coated metal electrode and the work. Neither shielding nor pressure is used and filler metal is obtained from the electrode. (This process is now obsolete in industrial applications). |
Base Metal (material): The metal (material) to be welded, brazed, soldered, or cut. |
Bend Test: A destructive testing method where the weld specimen is bent to a specified bend radius to evaluate the ductility and soundness of the weld. |
Bevel: An angular type of edge preparation. |
Bevel Angle: The angle formed between the prepared edge of a member and a plane perpendicular to the surface of the member. |
Blind Joint: A joint, no portion of which is visible. |
Block Sequence: A combined longitudinal and buildup sequence for a continuous multiple pass weld in which separated lengths are completely or partially built up in cross section before intervening lengths are deposited. |
Boxing: The continuation of a fillet weld around a corner of a member as an extension of the principal weld. |
Break Test: A destructive testing method where a fillet weld sample is broken and the broken surfaces examined for discontinuities. Weld Quality Assurance. |
Bug-O MDS-1165: Control Module, Programmable Shape Control, provides 2-axis, encoder controlled, allpositon, custom shape motion. Shapes and patterns are built by segments to control motion and function. The 2 axis motion is provided by the MDS Master drive and the Linear Weaver w/ 40" (101.6 cm) Crossarm. |
Burn-Thru: A term erroneously used to denote excessive melt-thru or a hole. |
Burn-Thru Weld: A term erroneously used to denote a seam weld or spot weld. |
Butt Joint: A joint between two members aligned approximately in the same plane. |
Butt Weld: An erroneous term for a weld in a butt joint. |
Buttering: A form of surfacing in which one or more layers of weld metal are deposited on the groove face of one member (for example, a high alloy weld deposit on steel base metal which is to be welded to a dissimilar base metal). The buttering provides a suitable transition weld deposit for subsequent completion of the butt weld. |
Button
- That
part of a weld, including all or part of the nugget, which
tears out in the destructive testing of spot, seam, or
projection welded specimens.
|
Carbon arc cutting (CAC)
- An
arc cutting process in which metals are severed by melting
them with the heat of an arc between a carbon electrode and
the base metal.
|
Carbon arc welding (CAW)
- An
arc welding process which produces coalescence of metals by
heating them with an arc between a carbon electrode and the
work. No shielding is used. Pressure and filler metal may or
may not be used.
|
Carbon electrode
- A
non-filler material electrode used in arc welding or
cutting, consisting of a carbon or graphite rod, which may
be coated with copper or other coatings.
|
Cascade sequence
- A
combined longitudinal and buildup sequence during which weld
beads are deposited in overlapping layers.
|
Center of gravity (weld positioning)
- The
point at which the weldment balances on all axes equally. As
the distance increases from the device, more torque is
applied to the positioner. The center of gravity changes as
the welder adds material and parts to the positioner.
|
Chain intermittent fillet welding
- Two
lines of intermittent fillet welds on a joint in which the
fillet weld increments on one side are approximately
opposite to those on the other side of the joint.
|
CJP
- CJP
(complete joint penetration): A condition in a groove weld
in which weld metal extends through the entire thickness of
the joint
|
Clad metal
- A
composite metal containing two or three layers that have
been welded together. The welding may have been accomplished
by roll welding, arc welding, casting, heavy chemical
deposition or heavy electroplating.
|
Cladding
|
Coalescence
- The
growing together or growth into one body of the materials
being welded.
|
Coating
- A
relatively thin layer (> 1 mm (0.04 in.)) of material
applied by surfacing for the purpose of corrosion
prevention, resistance to high temperature scaling, wear
resistance, lubrication, or other purposes.
|
Cobot
|
Coil with support
- A
filler metal package type consisting of a continuous length
of electrode in coil form wound on an internal support which
is a simple cylindrical section without flanges.
|
Coil without support
- A
filler metal package type consisting of a continuous length
of electrode in coil form without an internal support. It is
appropriately bound to maintain its shape.
|
Cold Jet Aero 30 Dry Ice Cleaning System 2A0150-8
- HOPPER
DRY ICE CAPACITY 30 lb (13.6 kg), FEED RATE 3 lb/min (1.4
kg/min), DIMENSIONS 29 x 17 x 34 in (75 x 43 x 85 cm),
WEIGHT 167 lbs (76 kg), BLAST PRESSURE RANGE 20-140 PSI (1.4
- 9.7 bar), with optional pressure regulator; without
regulator minimum is 65 PSI / 4.5 bar, POWER Electric
|
Collaborative Robot
|
Complete fusion
- Fusion
which has occurred over the entire base material surfaces
intended for welding, and between all layers and passes.
|
Complete joint penetration
- Joint
penetration in which the weld metal completely fills the
groove and is fused to the base metal throughout its total
thickness.
|
Composite electrode
- Any
of a number of multicomponent filler metal electrodes in
various physical forms such as stranded wires, tubes, and
covered wire.
|
Composite joint
- A
joint produced by welding used in conjunction with a
non-welding process.
|
Concave fillet weld
- A
fillet weld having a concave face.
|
Concave root surface
- A
root surface which is concave.
|
Concavity
- The
maximum distance from the face of a concave fillet weld
perpendicular to a line joining the toes.
|
|
|
Welding Services by Jersey Shore Workers |
We Fix It, Repair
Jobs by Local Students and Retirees at the Shore.
House Lift at
Brigantine NJ, Flood-Proofing and House Raising Start Here.
Salt
Air Solutions, Remedies for Corrosion and Property Issues at the
Shore. |