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Micron Inline Filter

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Micron Inline Filter

Micron Inline Filter by SuperlokUSA®

SuperlokUSA® micron inline filters are precision-engineered for high-efficiency contaminant removal in fluid and gas systems where cleanliness, pressure integrity, and system protection are critical. These filters are designed to intercept particulates and impurities before they compromise your equipment boosting reliability, extending component life, and reducing unplanned maintenance.

Constructed from 316 stainless steel and other corrosion-resistant alloys, Superlok micron inline filters stand up to harsh media, high-pressure differentials, and demanding operating environments. The result: long-lasting durability and consistent performance across industries that can’t afford failure like chemical processing, semiconductor manufacturing, pharmaceuticals, hygienic fluid processors, and gas distribution systems.

Request a quote today or call (805) 658-2043 to upgrade your filtration system with high-performance Superlok micron inline filters.
Each micron inline filter is built for precise fluid control with tight tolerances, high-flow capacity, and exceptional sealing characteristics. Their compact inline design makes integration easy even in dense panel builds or tight line configurations. And because they’re backed by Superlok’s leak-free engineering and quality assurance, these filters deliver peace of mind in every installation.
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Types of Superlok Inline FIlter Valves

SIF Inline Filter

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IF Filter Elements For SIF Inline Filters

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Swagelok® micron inline filters by Superlok

Swagelok® is known for high-performance filtration components but Superlok micron inline filters offer a trusted alternative with the same precision, reliability, and clean installation… without the markup or long lead times. Built to meet or exceed industry standards, Superlok filters deliver the quality you expect, plus better availability and value.

Each micron inline filter is manufactured from 316 stainless steel and designed for precise fluid control in sensitive or high-pressure applications. These micron inline filters feature leak-tight construction, high-flow capacity, and corrosion-resistant bodies that match or outperform equivalent Swagelok® models. And with compact inline designs, they install cleanly into both new builds and retrofit projects without compromise.

If you’re looking for a filtration solution that delivers top-tier performance, fast turnaround, and full pressure system reliability Superlok’s micron inline filters are the clear alternative.

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Swagelok® Alternate Parts Near

All Superlok Micron Inline Filters are designed with the same dimensions and flow characteristics as Swagelok® and Parker® filters, allowing full cross-brand compatibility in fluid and gas systems. That means the same filtration performance, comparable form, fit, and function without the long lead times or markup. The internal components and end connections of Superlok filters are manufactured in accordance with ASME B31.3 for process piping and ASME B16.34 for pressure-containing parts. Thread tolerances are controlled per ASME B1.20.1, ensuring consistent sealing performance and leak-free integration every time.

To validate performance, Superlok’s inline filters undergo third-party testing for burst pressure, pressure drop, and particulate retention, and meet strict standards for use in sensitive and high-pressure filtration environments. For reference, we’ve attached the full SGS interchangeability & burst-test certification for your review.

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Installation & Maintenance Best Practices

Superlok micron inline filters emphasize straight-run inlet alignment in setup to maximize laminar capture in high purity sanitary stainless steel pipelines. Deburr ends to 45° with rotary tools, securing 316 stainless steel barrels at Ra below 18 micro-inches for pristine inline protection. Install inline with unions level to 0.4° using wall mounts to promote self-draining sans pooling.
  • Attach via male NPT finger-tight plus quarter-turn to 12 ft-lbs on 1/8-inch to 65 ft-lbs on 1/4-inch, gap-checking to validate seal without hose kinking in inline arrays.
  • For high purity fluid processors, situate after pumps with bypass valves, fitting CIP ports for 260°F air blasts expelling residues under 0.05 micron absent core extraction.
  • Fasten with beam clamps spaced 7 inches for expansion allowance, pursuing soap solution testing at 1.5 times MAWP over 8 minutes to rule out inline seepages.
Cycle with process fluid post-install for five volumes, auditing opacity below 1 NTU with turbidimeters. In sanitary stainless steel scenarios, choose pleated cartridge types for acid resistance, attesting no leaching through conductivity scans under 5 µS/cm. Annual audits deploy differential gauges for clog thresholds below 0.03 scc/min, probing 316 stainless steel screens for deposits exceeding 0.0015 inches.
  • Overhaul yearly under HEPA for cartridge swap and housing swab with solvent-free wipes, trailed by agitation wash at 105°F and oxalic passivation to reinforce barriers to chloride corrosion in corrosion-resistant alloys.
  • Reset indicators following 380°F runs, tabulating flow rates with rotameters for micron efficiency refinement.
  • Archive cycle counts and turbidity logs, aligning with pipeline metrics for proactive element changes in batch runs.
  • For volatile settings, embed flame-arrestor vents, ensuring retention surpasses 99.9% per NFPA 69 in vapor control lines.

These tactics amplify filter uptime to 35,000 hours, expediting rollouts in food processing and optics fabs. Tracked insights slash maintenance by 32%. Inline precision and cycling mandate secure purity universally with our micron inline filter.

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Quality & Standards Compliance

Superlok micron inline filters derive from 316 stainless steel per ASTM A213, granting over 72 ksi strength and stretch over 32% for robustness in turbulent streams. Groups gain PMI by LIBS, verifying manganese under 2% for PREN topping 23 in fluorinated vapors.
  • Cartridge seating follows ASME B16.5 flats of ±0.0007 inches, inspected via ring gauges and CMMs for delta-P steadiness within 4% aiding uniform inline scavenging.
  • Core validation at 1.5 times RWP via MSS SP-51 uses argon for hold below 10^-6 scc/sec, looping 35,000 iterations to mirror extended runs without pleat collapse.
  • Barrel straightness per ISO 1101 holds within 0.006 inches, CFD simulating 450 scfm for streamlined inline dynamics.
Electropolishing secures Ra 14 micro-inches, trialed for 450-hour immersion per ASTM G31 free of uniform corrosion on 316 stainless steel in damp utilities. Build in ISO 14644 Class 6 facilities curbs volatiles below 25 ppm, fitting high purity fluid processors.
  • Pairing with Donaldson®, Millipore®, and Cuno® validated by BSI blend assays, bearing 1,800 psig sans migration or blinding.
  • Overpressure buffers hit 4 times RWP, etched in MTRs with phased array NDT for laminations under 0.0003 inches, per ASME Section XI.
  • Argon affinity per ASTM G124 exposes no embrittlement at 2,500 psi, fatigue per ISO 1217 no loss after 1,200 hours.
  • BSI independent probes feature retention scans and acoustic NDT for profile evenness below 0.001 inches, bestowing CoCs under ISO 9001:2015.

This blueprint forges filters for 16-year inline duty in headers and enclosures, topping criteria for debris defense in conduits. Provenance eases UL and SEMI inspections from feeds to drains. Fabrication finesse fuels peak filtration. 

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Frequently Asked Questions

What materials are Superlok micron inline filters constructed from?
Superlok filters boast robust fabrication for enduring corrosion resistance, meeting ASTM A213 with phosphorus below 0.045% to curb cracking in cyclic pressure applications across diverse industrial settings like chemical processing and water treatment. Monel 400 editions serve saline conduits in offshore setups, while Super Duplex variants handle abrasive slurries in mining gas separation units, providing exceptional longevity and reliability without material fatigue over thousands of operational cycles in harsh, demanding conditions.
Superlok housings rate 7,000 psig at room temperature for 3/8-inch sizes, tapering to 3,500 psig at 450°F by ASME B31.1 curves to maintain high-temperature filtration stability during prolonged thermal fluctuations and unexpected process upsets. End caps bear 5,000 psig static loads with inlets sustaining 6,500 psig, while burst pressures exceeding 28,000 psig deliver critical safety margins in explosive atmospheres and high-surge environments, ensuring uninterrupted performance and operator protection without compromise.
Superlok models align seamlessly with Donaldson®, Millipore®, and Cuno® geometries, encompassing SAE per ASME B18.2.1 and core diameters with parallel grooves for effortless retrofits into existing system architectures without extensive modifications. This compatibility enables straightforward upgrades in operational skids without introducing velocity shifts or excessive turbulence, preserving laminar flow profiles across hybrid filtration banks and facilitating smooth transitions in multi-vendor installations for enhanced overall efficiency and reduced integration costs.
Gauge pipe inner diameter and desired pore size carefully, perusing Superlok matrices for housings optimized for dirt-holding capacity over 15 grams to precisely match your specific flow and contaminant load requirements in various applications. For high purity fluid processors, elect high-capacity housings to sustain delta-P below 15 psi across varying operational demands, ideal for continuous polymer extrusion lines and viscous media handling where consistent efficiency directly influences production yields, quality control, and minimal waste generation.
Standard cores fulfill within 24 hours from distribution hubs, minimizing downtime in 24/7 manufacturing environments with readily available off-the-shelf options for common configurations and quick turnaround to support urgent needs. Tailored beta ratings or custom weaves span 5-7 weeks for intricate designs requiring specialized engineering and testing, accelerated to 6-9 days on demand for critical path projects, allowing timely integration and avoiding costly delays in high-stakes production schedules or regulatory compliance timelines.
Indeed, surface-passivated models yield Ra 12 micro-inch bores, validated extractables-free per ISO 14644 Class 5 for vaccine production and sterile fills in biopharmaceutical manufacturing environments demanding zero contamination. They tolerate 250+ steam sterilizations without any integrity loss or performance degradation over time, with ionic leaching under 1 ppb supporting ultrapure water systems and sensitive downstream processes that require absolute cleanliness, traceability, and adherence to stringent industry regulations.
House in ventilated cabinets at 55-80°F with relative humidity (RH) <55%, distanced from dust and potential contaminants to guard housing integrity against pitting initiation during prolonged storage periods in warehouse or inventory conditions. Anti-static wraps with humidity packs enable years of standby readiness without compromise, inspecting seals pre-install to confirm O-ring durometer above 70 Shore A for seamless, immediate deployment and peak operational reliability in field or lab settings.
1/8-inch NPT connections require 15 ft-lbs base torque, confirmed leak-free under load using helium sniffers at 10^-6 scc/sec to achieve uniform seating and long-term vibration resistance in dynamic, high-flow setups. 1/4-inch sizes up to 60 ft-lbs with preset drivers avert over-tightening in sanitary configurations, maintaining cleanability standards and preventing thread galling for sustained performance across extended service intervals and varying environmental stresses.
Superlok models endure -280°F with fracture energy >45 ft-lbs for oxygen feeds in aerospace fueling applications, delivering robust containment in ultra-low temperature regimes without structural failure. Brittle transition per ASTM E208 substantiates full retention efficiency without compromise, with reductions under -180°F ensuring no pleat separation or media migration during rapid cooldown scenarios in cryogenic process lines, liquefaction facilities, or space simulation chambers.

Industry Leaders Using Superlok

Micron inline filters are widely used in industries that demand strict particulate control, long-term equipment protection, and consistent flow performance. These industries include oil and gas, chemical processing, pharmaceuticals, food and beverage, and semiconductor manufacturing.

Superlok’s Micron Inline Filters are engineered to meet the critical demands of these sectors, offering exceptional filtration performance, 316 stainless steel durability, and easy integration. Their corrosion-resistant design makes them ideal for aggressive media, while the precision-machined housings ensure leak-tight service even under high-pressure conditions.

These filters help extend system life, reduce maintenance frequency, and safeguard sensitive equipment. For hygienic fluid processors and industrial systems alike, Superlok delivers inline filtration that’s built to perform. Micron inline filters from Superlok provide the reliability and performance that today’s high-spec systems demand making them a preferred solution across critical applications worldwide.

Superlok Advantage

LARGEST INVENTORY OF MICRON INLINE FILTERS ALWAYS IN STOCK

SuperlokUSA maintains one of the most extensive inventories of micron inline filters in the country ready to ship directly from our U.S. warehouse to meet urgent timelines and reduce costly project delays. From standard high-flow filters to specialty configurations for sensitive fluid control, our deep inventory supports everything from fast-moving industrial builds to complex, multi-stage filtration systems. We stock filters in 316 stainless steel and other corrosion-resistant alloys, ensuring long-lasting durability in aggressive media environments. Paired with our consistent performance specs and third-party test data, Superlok inline filters are trusted by procurement teams, engineers, and system integrators who expect dependable performance and no last-minute surprises. This high availability, combined with Superlok’s quality and competitive pricing, makes us the preferred supplier for organizations seeking responsive, high-performance filtration alternatives to Swagelok® and other legacy brands.

FAST, RELIABLE DELIVERY ACROSS THE UNITED STATES

At SuperlokUSA, we understand that speed matters. That’s why we’ve built a nationwide logistics network to support same-day order processing and fast, traceable delivery on all micron inline filter orders no matter the scale. We partner with top-tier shipping providers and maintain special negotiated rates to ensure fast transit times and low freight costs even on bulk filter shipments or remote delivery locations. Whether you’re restocking for an MRO (Maintenance, Repair, and Operations) schedule or racing to meet a production deadline, Superlok makes sure your filters arrive when and where you need them. With rapid response, streamlined logistics, and premium-grade inline filters built to last, SuperlokUSA gives your team a real supply chain edge especially when timing and performance can’t be compromised.

Request A Quote
Call Us (805) 658-2043
Request A Quote
Call Us (805) 658-2043