# Morton Industries, LLC

This MFR.ID profile was supplied, reviewed, and approved by Morton Industries, LLC. Originally approved on 9/2/2025; last updated 9/2/2025. Capability data is manufacturer-approved for public sourcing and RFQ use.

## Profile Links

- Canonical profile: https://mfr.io/mortonind
- JSON data: https://mfr.io/mortonind.json

## Company Overview

Morton Industries, LLC is a leading U.S.-based precision metal fabrication company with nearly 80 years of experience. Specializing in fabricated tube assemblies, sheet metal fabrications, and custom industrial enclosures, Morton serves diverse industries including agriculture, mining, construction, military, HVAC, electrical, and IT infrastructure. The company operates four strategically located facilities across Illinois, Texas, and Tennessee, equipped with advanced technologies such as robotic welding, fiber laser cutting, electric tube bending, and automated powder coating. Morton Industries maintains rigorous quality standards, holding ISO 9001:2015 certification across all plants and UL certification for its enclosure facility. Their comprehensive capabilities include CAD/CAM design, welding (MIG, TIG, robotic), brazing, end forming, powder coating, and assembly, supported by a robust quality management system ensuring precision and reliability. Morton Industries is recognized among North America's top fabricators, committed to continuous innovation, fast product launch, and scalable manufacturing solutions.

## Quick Reference

- Processes: Tube Bending & Fabrication, Sheet-Metal Fabrication, Surface Treatment & Finishing, Welding & Joining, Industrial Electrical Enclosures & Cabinets
- Lead Time: 2-6 weeks
- Production Scale: Prototype (1-10 parts), Short Run (11-500 parts), Medium Run (501-10000 parts), Mass Production (10001+ parts), Prototype (1-15 parts), Short Run (16-1000 parts), Medium Run (1001-10000 parts), Prototype (1-25 parts), Short Run (26-1000 parts), Prototype (1-10 units), Short Run (11-200 units), Medium Run (201-2000 units), Mass Production (2001+ units)
- Location: Morton, IL 61550
- Employees: 700-800
- Revenue: $100M-$150M
- Founded: 1946
- Contact: info@mortonind.com - +1 309-263-2590
- Verified: Manufacturer Approved

## Capabilities

### CNC Tube Fabrication

Morton Industries delivers production-grade CNC tube fabrication that unifies rotary-draw mandrel bending, programmable end-forming, and tube laser processing (straight stock and post-bend 3D/5-axis). Orbital TIG/MIG welding and in-process leak testing produce robust hydraulic, exhaust, and structural assemblies. Tight bend-angle control, multi-radius setups, and fixtureless one-piece flow drive accuracy, repeatability, and speed.

- Process: Tube Bending & Fabrication
- Highlights: Mandrel/wiper-die support for CLR down to 1× OD without wrinkling, Up to eight distinct bend radii in one setup via multi-stack tooling, Automatic spring-back compensation holds bend angles to ±0.25°, ±0.010 in positional repeatability across multi-plane headers, Integrated tube laser (straight & post-bend) for holes, copes, and trims, Bending range: 1/8 in to 7 in OD (typical)
- Subprocesses: CNC Mandrel Bending, Tube End Forming, Tube Beading / Roll-Over Ends, Neck-Down End Reduction, Laser Cutting, Drilling, Tapping
- Specifications:
  - Wall Thickness Range (Bending, Typical): Imperial: 0.028-0.25 in - Representative steel range; heavier walls and solid bar feasible with appropriate tooling and tonnage.
  - Quality System: ISO 9001:2015 - Documented QMS governs quoting through shipment; inspection plans per control plan.
  - Maximum Tube OD (Mandrel Bending): Imperial: 0.125-7 in - Round tube; square/rectangular supported with appropriate tooling. Material and wall drive actual limits.
  - Minimum Bend Radius (CLR): 1 ×OD - Achievable with mandrel and wiper tooling; actual CLR depends on alloy, wall, and lubrication.
  - Welding/Joining Processes: GMAW (MIG), GTAW (TIG), Orbital TIG, Induction brazing - Process selection driven by alloy, wall, joint geometry, and service conditions.
  - 3D/5 Axis Post Bend Laser Trimming: Copes, Notches, Saddle cuts, Hole/slot trimming - Trims/relieves after bending to maintain true position on complex headers.
  - Supported Materials (Typical): Carbon steel (ERW/DOM), Stainless steel (304/316), Aluminum (5xxx/6xxx), Copper, Brass - Material family determines mandrel type, lubrication, and weld schedules.
  - End Forming Types Supported: Single/double/triple beads (hose retention), Flares (e.g., 37°, 45°), Marmon/stub flanges, Upsets/expansions, Neck-down reductions - Programmable hydraulic end-forming with rapid tool change; custom punches available.
  - Typical Lead Times: 2-6 weeks - Expedite available; critical line-down responses as fast as 1–2 days by arrangement.
  - Leak Test Standard: ASTM F37 - Leak-free joints verified per applicable method; pressure and media per print.
  - Feature Integration (Holes/Ports): CNC drilling, Tapping (UNC/UNF), Laser-pierced holes/slots - Integrated ops preserve true position, minimize handling, and support one-piece flow.
  - Production Scale: Prototype (1-10 parts), Short Run (11-500 parts), Medium Run (501-10000 parts), Mass Production (10001+ parts) - Flexible capacity across prototype to mass production; fixtures standardized for repeat work.
  - Positional Repeatability (Feature To Feature): 0.01 in - Typical ± value for multi-plane headers under controlled fixtures and validated programs.
  - Bend Angle Accuracy: 0.25 deg - ±0.25° typical with automatic spring-back compensation and closed-loop CNC feedback.
  - Minimum Tube OD (Mandrel Bending): 0.125 in - Explicit bending minimum to drive cards/UI and remove ambiguity with non-bending specs.
  - Tube Laser Cutting OD Range (Straight Stock): Imperial: 0.5-12 in - Rotary tube laser adds features prior to bending for one-piece flow; smaller ODs by review.
  - Tube Laser Wall Thickness (Max): 0.87 in - Material-dependent (steel baseline); confirm aluminum/stainless limits at quote.

### Precision Sheet Metal Fabrication

Morton Industries produces production-grade sheet metal parts and welded fabrications using fiber-laser blanking (up to 5 ft × 10 ft), CNC press-brake forming, and long-panel folding. Offline bend-simulation, fixture-light welding, hardware insertion, and in-house powder coating enable fast prototype-to-volume ramps with tight bend accuracy and consistent fit, finish, and assembly readiness.

- Process: Sheet-Metal Fabrication
- Highlights: Fiber-laser blanking up to 5 ft × 10 ft with tight feature accuracy, Press-brake forming to ±0.004 in bend accuracy with offline simulation, Long-panel folder for large doors/panels with reduced handling, Integrated hardware insertion, spot/MIG/TIG welding, and powder coat, Prototype-to-mid-volume production with quick changeovers
- Subprocesses: Laser Cutting, Press Brake Forming, Prototyping
- Specifications:
  - Surface Finish After Fabrication: Deburred/edge-rounded, Grained directional finish (No. 4 on stainless), Bead-blast or brush as specified - Edges typically rounded to improve coating adhesion and handling safety; grain direction controlled for cosmetics.
  - Bend Accuracy (Press Brake): 0.004 in - ±0.004 in on flange length with offline bend-simulation and calibrated tooling.
  - Press Brake Bed Length (Max): 120 in - Multiple brakes; long panels preferentially formed on automated folder for accuracy and safety.
  - Powder Coat System & Cure: Polyester/epoxy-polyester systems, Multi-stage pretreatment (spray/immersion, phosphate/etch), Cure per powder OEM datasheet - Colors matched to RAL/Pantone on request; masking and multi-color operations supported.
  - Hardware Insertion & Stud Welding: PEM® self-clinching nuts/studs/standoffs, Stud welding (CD/arc), Captive hardware installation - Programmed insertion preserves flatness and location; hardware verified against pull-out requirements.
  - Long Panel Folding (Folder) — Max Panel Length: 120 in - Automated panel bender ideal for large doors, cabinet sides, and tall flanges with consistent angles.
  - Material Thickness Range (Typical Sheet Metal): Imperial: 0.004-0.25 in - Applies across carbon steel, stainless, and aluminum; thickness limits vary by alloy and geometry.
  - Powder Coat Thickness: Imperial: 2-5 mil - Film build per color/chemistry; measured with calibrated gauges to meet appearance and durability targets.
  - Blanking Positional Accuracy (Laser): 0.005 in - ±0.005 in typical feature-to-feature on flat patterns with optimized nesting and fixturing.
  - Minimum Bend Radius: Imperial: 1-3 ×t - Air-bending; internal radius depends on tool V-opening, alloy, and thickness.
  - Maximum Sheet Length: 120 in - Standard 5 ft × 10 ft laser bed supports up to 120 in length; larger by segmentation or special setup.
  - Hole & Feature Positional Tolerance (Formed Parts): Imperial: 0.01-0.02 in - Post-form hole/edge true position typically held within ±0.010–0.020 in depending on stack-up.
  - Supported Materials (Typical): CRS/HRPO carbon steel, Galvannealed steel, Stainless steel (304/316), Aluminum (5052/6061), Brass/Copper (select features) - Material choice impacts bend allowances, tooling, and finishing route; confirm for specialty alloys.
  - Supported File Formats: DXF/DWG (flat patterns), STEP/IGES (3D), SolidWorks native (on request) - CAD/CAM nesting and bend-simulation derive programs directly from customer models/drawings.
  - Quality System: ISO 9001:2015 - Controlled documentation, lot traceability, first-article approval, and in-process inspections.
  - Weld Processes (Thin Gauge): Spot (resistance), GMAW (MIG), GTAW (TIG), Laser welding (select applications) - Process selection minimizes distortion on thin gauges while achieving specified strength and cosmetics.
  - Maximum Sheet Width: 60 in - Standard width capacity for 5 ft × 10 ft fiber-laser blanking.
  - Production Scale: Prototype (1-15 parts), Short Run (16-1000 parts), Medium Run (1001-10000 parts), Mass Production (10001+ parts) - Scalable flow from prototype to scheduled releases; stocking and kitting available per agreement.
  - Weld Process Qualification Standards: AWS D1.3 (Sheet Steel), AWS D1.2 (Aluminum), AWS D1.1 (Structural Steel, where applicable) - Qualifications applied per print and material system; procedure/welder certs available on request.
  - Typical Lead Times: 2-6 weeks - Prototypes often 5–10 business days depending on complexity; expedite available.

### Powder Coating & Finishing

Morton Industries performs end-to-end powder coating with multi-stage spray/immersion pretreatment, ultrasonic cleaning, iron/zirconium phosphate conversion, electrostatic powder application, and controlled bake curing. Robust masking practices and in-process QC (thickness, adhesion, salt-spray verification) produce durable, uniform finishes for tube and sheet assemblies ready for line-side installation.

- Process: Surface Treatment & Finishing
- Highlights: Multi-metal pretreatment (spray and immersion) with conversion coating for adhesion and corrosion resistance, Electrostatic powder application with consistent film build and edge coverage, Oven cure profiling by time-at-metal-temperature to powder OEM specs, Precision masking and critical-surface protection for threads, sealing lands, and datum faces, Coating verification: thickness, cross-hatch adhesion, gloss, and B117 salt-spray to specification
- Subprocesses: Surface Conditioning, Ultrasonic Cleaning, Phosphate Conversion Coating, Powder Coating, Bake Curing, XRF Coating Thickness Measurement, Salt-Spray & Adhesion Testing
- Specifications:
  - Salt Spray / Corrosion Resistance: Imperial: 500-1000 h - ASTM B117 performance when specified and paired with appropriate pretreatment and powder chemistry.
  - Coating Thickness Verification: Magnetic/eddy-current gauge per ASTM D7091, X-ray fluorescence (XRF) thickness (where applicable) - Multi-point readings recorded per work instruction to confirm film build across edges and recesses.
  - Masking Capability: Thread protection (caps/plugs), Sealing lands and datum faces, Ground points and bonding areas, Press fits and bearing bores - High-temp silicone, tapes, and custom die-cut masks applied per control plan to protect critical features.
  - Pretreatment Chemistry: Alkaline/neutral wash (spray or immersion), Ultrasonic degrease (as required), Iron/zirconium phosphate conversion - Conversion coating selected to match substrate and corrosion specification; rinse stages managed for pH and conductivity.
  - Typical Lead Times: 2-4 weeks - Prototype color approvals often within 5–10 business days; expedite and split-shipments available.
  - Production Scale: Prototype (1-25 parts), Short Run (26-1000 parts), Medium Run (1001-10000 parts), Mass Production (10001+ parts) - Lot traceability maintained from pretreatment through cure; retained panels archived by color and batch.
  - Color Matching: RAL, Pantone, Custom OEM color standard - Batch retains retained panel for lot traceability; multi-color masking supported.
  - Cure Temperature: Imperial: 350-410 F - Oven setpoints established to achieve required time-at-metal-temperature per powder OEM datasheet.
  - Cure Time At Metal Temperature: Imperial: 10-20 min - Representative window for common polyester systems; exact profile verified with test coupons.
  - Gloss & Texture Options: Matte, Satin, Semi-gloss, Gloss, Smooth or micro-texture - Color and gloss matched to RAL/Pantone or customer standard; measured per ASTM D523 gloss where specified.
  - Process Type: Surface conditioning (spray/immersion wash), Ultrasonic cleaning, Phosphate conversion coating, Electrostatic powder application, Thermal bake curing - Integrated line supports sequential wash, conversion coat, powder application, and cure for one-piece flow.
  - Environmental & Handling: Bake-out of welded assemblies to minimize outgassing, Clean-room bagging or foam protection on coated surfaces - Critical-surface protection during pack-out preserves finish quality to point-of-use.
  - Maximum Part Size / Rack Envelope: {"imperial":{"max":{"unit":"in","value":null},"min":{"unit":"in","value":null}}} - Requires Additional Information; ovens and booths accommodate bulky fabrications—confirm at quote with overall dimensions and weight.
  - Edge Coverage & Faraday Areas: Auxiliary electrodes and repositioning for deep features, Powder flow/kv optimization for recessed geometries - Process adjustments reduce thin-film risk in corners and tight cavities.
  - Surface Finish Class After Fabrication: Deburred and edge-rounded, Directional grain (No. 4 on stainless, where specified), Blasted profile prior to coat (as required) - Edge rounding improves coating wrap and adhesion; grain direction controlled for cosmetic faces.
  - Coating Thickness Range: Imperial: 2-5 mil - Typical finished film build for industrial polyester or hybrid powders; specialty systems per print.
  - Quality System: ISO 9001:2015 - Documented process controls for pretreatment chemistry, cure verification, and final inspection.
  - Adhesion Test: ASTM D3359 cross-hatch (4B/5B target) - Performed on witness panels or production parts per control plan; failure triggers root-cause and rework.
  - Substrates Supported (Typical): CRS/HRPO carbon steel, Galvannealed steel, Stainless steel (304/316), Aluminum (5052/6061), Copper/Brass (by review) - Substrate drives pretreatment route and cure profile; galvannealed preferred for painted steel enclosures.

### Welding & Brazing Services

Morton Industries provides multi-process welding and brazing for tube and sheet assemblies, including manual MIG/TIG, robotic MIG cells with seam tracking, orbital GTAW on tubular joints, and both induction and torch brazing. Controlled heat input, dedicated fixturing, and in-process inspection deliver structurally sound, cosmetically consistent joints that meet code and leak-tight requirements for demanding OEM applications.

- Process: Welding & Joining
- Highlights: Robotic 6-axis GMAW cells with seam tracking and through-arc height control, Orbital GTAW circumferential welds for tube-to-tube and tube-to-fitting joints, Induction and torch brazing for copper/brass and mixed-metal connections, Validated WPS/PQR to AWS/ASME; ISO 9001:2015 quality oversight, Leak-tested fluid assemblies per ASTM F37 with documented results
- Subprocesses: MIG (GMAW) Welding, TIG (GTAW) Welding, Robotic Welding
- Specifications:
  - Base Material Thickness Range (Welding): Imperial: 0.02-0.375 in - Representative range for GMAW/GTAW on sheet and tube; heavier sections reviewed per joint design and preheat.
  - Induction Brazing Joint OD Range: Imperial: 0.125-1.5 in - Ideal for copper/brass tube-to-fitting and mixed-metal joints; coil design tailored to joint geometry.
  - Brazing Filler/Flux Systems: BCuP (phos-copper, no-flux on copper-to-copper), BAg (silver-braze alloys) with flux, Cu-based alloys for steel/copper with flux - Filler and flux selection per base metals and service environment; capillary clearance controlled by fixture.
  - Non Destructive Examination (NDE): Visual Testing (VT), Dye-Penetrant (PT) on request - Additional NDE (e.g., MT/UT/RT) coordinated as required by customer specification.
  - Deposition Rate (GMAW, Typical): Imperial: 3-12 lb/hr - Representative with 0.035–0.045 in wire diameters; actual rate set per WPS for heat input and distortion control.
  - Supported Materials (Typical): Carbon steel (ERW/DOM, plate/sheet), Stainless steel (304/316), Aluminum (5xxx/6xxx), Copper, Brass - Material family determines filler classification, heat input, and shielding gas selection.
  - Applicable Codes & Standards: AWS D1.1 (Steel), AWS D1.2 (Aluminum), AWS D1.6 (Stainless), ASME Section IX (WPS/PQR/Welder Qual) - Process and acceptance per print and code; customer-specified standards can be adopted at contract review.
  - Post Weld Operations: Bead dressing/grind for cosmetics, Stainless re-finish/passivation (as specified), Deburr and edge-round, Powder-coat or protective finish - Finishing route aligns with downstream coating and functional requirements; weld spatter tightly controlled.
  - Quality System: ISO 9001:2015 - Controlled documentation (WPS/PQR/WPQ), in-process checks, and final inspection records maintained.
  - Fixture/Positional Repeatability: 0.01 in - Typical ± true-position for critical features with dedicated, hard-tooled fixtures and verified programs.
  - Joint Configurations: Butt, Lap, T-joint, Corner, Socket/tube insertion, Fillet and groove - Joint prep (land, root gap, bevel) per WPS; fixturing maintains gap/fit to tolerance.
  - Maximum Single Joint Length: 120 in - Longitudinal seams supported via positioners and linear fixtures; complex seams may be segmented by design.
  - Leak Test Standard: ASTM F37 - Pressure decay or air-under-water methods applied per print; acceptance criteria documented on inspection report.
  - Fillet/Groove Size Tolerance: Imperial: 0.01-0.03 in - Typical ± on leg size/reinforcement with calibrated gauges; final acceptance per drawing and code.
  - Robotic Welding Capabilities: 6-axis robots, Seam tracking, Through-arc height control, Dual-station positioners, Offline programming - Enables high repeatability on multi-pass or long seams with balanced cycle time and arc-on efficiency.
  - Real Time Weld Data Logging: Yes – robotic cells, Manual logging available upon request - Arc parameters recorded for traceability where specified; data retained per control plan.
  - Production Scale: Prototype (1-10 parts), Short Run (11-500 parts), Medium Run (501-10000 parts), Mass Production (10001+ parts) - Scalable from prototype to serial production; Poka-Yoke fixtures used on repeat orders.
  - Weld Processes Available: GMAW (MIG) – manual, GTAW (TIG) – manual, Robotic GMAW, Orbital GTAW (tube), Induction brazing, Manual torch brazing - Process selection driven by alloy, thickness, joint geometry, mechanical requirements, and downstream finishing.
  - Typical Lead Times: 2-6 weeks - Expedite available; line-down response possible with pre-qualified WPS and available capacity.
  - Groove Angle Tolerance: Imperial: 1-3 deg - Edge prep by laser or machining maintains consistent groove geometry for full penetration welds.
  - Weld Positions: Flat (1G/1F), Horizontal (2G/2F), Vertical (3G/3F), Overhead (4G/4F) - Robotic positioners re-orient parts for optimal torch angle and consistency where applicable.
  - Orbital GTAW Tube OD Range: Imperial: 0.25-3 in - Common closed-head ranges for stainless/carbon tube; larger ODs accommodated with split-head tooling by review.

### Industrial Enclosure Fabrication (UL/NEMA)

Morton Industries fabricates custom industrial electrical enclosures and cabinets—freestanding or wall-mount—engineered to UL 50/50E and NEMA 12/3R/4/4X requirements. Precision laser-cut panels, CNC press-brake or long-panel folding, gasketed seams, and industrial powder coat deliver dust-tight and weatherproof performance with clean cable routing, service access, and accessory integration.

- Process: Industrial Electrical Enclosures & Cabinets
- Highlights: UL/NEMA-ready designs with gasketed seams and drip-edge details, Freestanding or wall-mount formats; single or double doors with 3-point latching, Custom gland-plate patterns, subpanels, DIN-rail, and internal bracketing, Outdoor-duty options (NEMA 3R/4/4X) with corrosion-resistant materials/finishes, Thermal-management provisions (filtered fans, heat exchangers) and grounding/bonding
- Subprocesses: Freestanding Floor Cabinets, Wall-Mount Enclosures, Custom UL 50 / 50E Certified Enclosures
- Specifications:
  - Quality System: ISO 9001:2015 - Controlled documentation, traceability for materials and finishes, and recorded inspections at critical stages.
  - Corrosion Resistance (When Specified): Imperial: 500-1000 h - Neutral salt-spray per ASTM B117 with compatible pretreatment and powder chemistry.
  - Typical Lead Times: 3-8 weeks - Certification/testing requirements and custom hardware may extend lead time; expedites by arrangement.
  - Max Width (Typical Build Envelope): 36 in - Wider double-door cabinets supported; confirm shipping and lifting constraints at quote.
  - Thermal Management Provisions: Filtered fan kits (typ. 50–400 CFM), Heat exchangers (typ. 500–5,000 BTU/hr), Louvered vents with drip shields - Selections sized to heat load and rating; fan filters and louvers configured to maintain NEMA/IP performance.
  - Supported File Formats: DXF/DWG (panel and gland-plate patterns), STEP/IGES (3D assemblies), SolidWorks native (on request) - Cutouts and hole patterns imported directly to laser and punch programs; bend simulation verifies fit/clearance.
  - Cable Entry & Gland Plate: Removable gland plate (laser-cut pattern per layout), Knockouts (on request/standard sizes), Top/bottom entry options - Sealed entries sized to cable OD and IP/NEMA rating; stainless/aluminum plates for 4X service.
  - Grounding / Bonding: Welded ground studs on body/subpanel, Door-to-body bonding braid, Masked grounding points on painted steel - Continuity verified during assembly; provisions placed near main cable entry and subpanel.
  - Powder Coat Verification: Film thickness 2–5 mil (ASTM D7091), Adhesion 4B/5B (ASTM D3359), Gloss per ASTM D523 - Witness panels retained per color/batch; edge coverage checked at corners and louvers.
  - Ingress Protection (IEC): IP54, IP65, IP66 - IP target mapped to NEMA rating; test/verification coordinated as required.
  - Door / Latch Styles: Single door, Double door, 3-point latching, Padlockable handles, Concealed or continuous hinges - Door reinforcement and hinge selection sized to door weight and opening angle; tamper-resistant hardware available.
  - Supported Materials (Typical): Carbon steel (CRS/galvannealed), Stainless steel (304/316), Aluminum (5052/6061) - Material selection based on environment, weight, and corrosion targets; stainless/aluminum favored for outdoor and washdown.
  - Documentation & Testing: Dimensional inspection report, Gasket compression/fit check, Ingress tests coordinated with third-party lab (as required) - UL/NEMA verification path established during contract review; samples prepared for lab testing when certification is required.
  - Standards & Compliance: UL 50 / UL 50E (enclosures), NEMA 250, IEC 60529 (IP codes) - Designs follow relevant clauses for construction, gasketing, drainage, and corrosion resistance.
  - Sealing / Gasket Materials: Polyurethane foam (closed-cell), Neoprene, Silicone (high-temp/UV) - Profile and durometer chosen to achieve compression set and IP/NEMA performance; adhesive-backed or channel-mounted.
  - Production Scale: Prototype (1-10 units), Short Run (11-200 units), Medium Run (201-2000 units), Mass Production (2001+ units) - Batching aligned to coating color changes and assembly cell capacity; kitting and line-side delivery available.
  - Hole & Feature Positional Tolerance: Imperial: 0.01-0.02 in - Laser-cut features referenced to datum scheme; formed-state true position validated on first articles.
  - Mounting Styles: Freestanding with base/plinth, Wall-mount brackets, Pole-mount kits, Modular baying (multi-cabinet) - Base, seismic anchoring, or wall hardware sized per cabinet mass and installation environment.
  - Material & Panel Thickness: Painted carbon steel: 14–10 GA, Stainless steel (304/316): 16–12 GA, Aluminum: 0.125 in typical - Gauge/plate selection driven by span, door stiffness, and rating; stainless/aluminum recommended for NEMA 4X.
  - Internal Hardware / Accessories: Subpanels (painted steel or galvanized), DIN-rail mounting, Equipment shelves and brackets, Document pocket, Viewing window (polycarbonate) - Accessory locations drilled/inserted per layout; hardware materials matched to enclosure substrate.
  - Max Height (Typical Build Envelope): 72 in - Reference envelope for common cabinets; larger builds by review of handling, paint-line, and packaging constraints.
  - NEMA Type Ratings: Type 12 (indoor, dust-tight), Type 3R (outdoor, rain-proof), Type 4 (watertight), Type 4X (watertight, corrosion-resistant) - Ratings applied per project specification; construction details (gaskets, hinges, seams) selected to meet target rating.
  - Finish / Coating System: Polyester or hybrid powder coat, 2–5 mil, Multi-stage pretreatment (wash + conversion coat), Stainless: brushed No. 4 or bead-blast - Outdoor coatings selected for UV and corrosion resistance; color/texture matched to RAL/Pantone.
  - Max Depth (Typical Build Envelope): 24 in - Deeper enclosures feasible with segmented panels or alternate coating route; confirm early.

## Certifications

- ISO 9001:2015 (Type: Certification; Authority: International Organization for Standardization (ISO); Status: Active; Scope: All four fabrication facilities of Morton Industries for quality management in steel fabrication and assembly; Issue date: 2023-01-01; Expiration date: 2026-01-01; URL: https://www.iso.org/iso-9001-quality-management.html)
- UL Listing Mark (General Product Safety Certification) (Type: Certification; Authority: Underwriters Laboratories (UL); Status: Active; Scope: UL certification for manufacturing enclosures that meet local and federal environmental regulations, including compliance with UL 50 and UL 50E standards for protection against dust, dirt, and noncorrosive liquids.; Issue date: 2024-01-01; URL: https://www.ul.com/resources/ul-mark)
- ITAR Registration (Type: Registration; Authority: U.S. Department of State – Directorate of Defense Trade Controls (DDTC); Status: Active; Scope: Company-wide DDTC registration to handle ITAR-controlled defense articles, services, and technical data (registration number on file with supplier; not publicly posted).; URL: https://www.pmddtc.state.gov)

## Industries Served

- Industrial Machinery & Heavy Equipment: Fabricated tube/header assemblies, frames, tanks, guards, and welded structures for off-highway and plant equipment; heavy-duty finishes and production kitting for OEM lines.
- Industrial Robotics & Automation Systems: Mechanical frames, panels, cable-and-hose routing, and safety guarding for OEM robotic cells and automation equipment; not a systems integrator.
- General Manufacturing: Build-to-print metal fabrication and turnkey assembly for diverse industrial products, with in-house tooling, finishing, and kitting for line-ready delivery.
- Agriculture & AgriTech: Exhaust, cooling, and fluid conveyance tube assemblies; frames, guards, and tanks for agricultural machinery with durable field-service finishes.
- Aerospace & Defense: ITAR-compliant fabrications for military vehicles and systems, including welded structures, mounts, and CARC-painted components; documentation and traceability per program requirements.
- Construction Products & Building Materials: Structural tube components, equipment enclosures, and site-fabricated assemblies for commercial/industrial construction products; durable coatings for outdoor exposure.
- HVAC, Climate Control & Refrigeration: Weather-sealed sheet-metal enclosures, doors, and panels for HVAC and climate systems; UL/NEMA ratings available per specification.
- Electronics & Semiconductors: Rack systems, chassis, and precision sheet-metal enclosures for electronics, servers, and semiconductor support equipment; clean assembly and ESD-aware handling on request.

## Facilities

### Morton Headquarters

The Morton Headquarters in Morton, Illinois spans approximately 150,000 square feet, serving as the primary manufacturing facility. It houses advanced equipment including robotic weld cells, fiber laser cutters, electric tube benders, and automated powder coating lines. Strategically located near major transportation routes, it supports efficient logistics and rapid delivery. The facility maintains ISO 9001:2015 certification and features a robust quality management system to ensure precision and reliability in production.

- Type: manufacturing_facility
- Headquarters: Yes
- Email: firstcontact@mortonind.com
- Phone: +1 309-263-2590
- Address: 70 Commerce Drive, Morton, IL 61550, USA

### Detroit Facility

Located in Morton, Illinois, the Detroit facility specializes in tube fabrication and sheet metal assemblies. Equipped with state-of-the-art bending and welding technology, it supports low to medium volume production runs with fast turnaround times. The facility benefits from proximity to the headquarters for streamlined collaboration and supply chain efficiency.

- Type: manufacturing_facility
- Email: firstcontact@mortonind.com
- Phone: +1 309-263-2590
- Address: 231 Detroit Ave, Morton, IL 61550, USA

### Fort Worth Facility

Located in Fort Worth, Texas, this facility specializes in custom enclosures and assemblies. It is UL certified and supports manufacturing for critical IT infrastructure, electrical, and HVAC markets. The site emphasizes quality control and fast product launch capabilities to meet diverse customer needs.

- Type: manufacturing_facility
- Email: firstcontact@mortonind.com
- Phone: +1 817-000-0000
- Address: 4901 N Beach St Unit 201, Fort Worth, TX 76137, USA

### Dunlap Facility

Situated in Dunlap, Tennessee, the facility focuses on sheet metal fabrication and assembly, featuring the latest folding machines and automated equipment. This location enhances the company's ability to serve customers in the southern U.S. with reduced transit times and responsive production capabilities.

- Type: manufacturing_facility
- Email: firstcontact@mortonind.com
- Phone: +1 423-000-0000
- Address: 161 Industrial Park Rd., Dunlap, TN 37327, USA

## Verification Status

- Business Entity: Verified 8/13/2025
- Technical Capabilities: Verified 9/2/2025
- Locations & Facilities: Verified 8/13/2025
- Reviews & Ratings: Not yet verified
- MFR.ID Created: 8/4/2025
- Last Updated: 9/2/2025