Super Tech Oil Filter Fit Guide: A Comprehensive Overview (12/31/2025)
Today’s date is December 31st, 2025. This guide details Super Tech oil filter applications, offering extensive cross-referencing data for various vehicle makes and models.
Numerous alternatives exist for each Super Tech filter, with over 800 replacements available for models like ST16. Always verify fitment before installation.
The ST6607 filter, while intended for Goldwings, also fits Yamaha SVTC models, demonstrating broad compatibility. Cross-references are guidelines; confirm specifications.
Detailed charts provide access to over 200,000 oil filter options, ensuring a precise match for your specific automotive needs and maintenance schedule.
Super Tech oil filters represent a popular and cost-effective choice for vehicle maintenance, widely available through retailers like Walmart. These filters are designed to effectively remove contaminants from engine oil, safeguarding critical engine components and promoting longevity. While often positioned as a budget-friendly alternative, Super Tech filters demonstrate surprising versatility, with numerous cross-reference applications across diverse vehicle brands.
The brand’s range encompasses a substantial catalog of filter models – including ST2, ST16, ST3506, ST3593A, ST3614, ST4967, ST7317, and ST10060 – each engineered to fit a specific array of automobiles, motorcycles, and other engine-powered equipment. A single filter, like the ST6607, can even exhibit compatibility beyond its primary intended use, fitting both Goldwing motorcycles and Yamaha SVTC models.
However, it’s crucial to remember that cross-reference data is for guidance only. Always double-check specifications and measurements against your vehicle’s requirements to ensure a proper and secure fit. With over 500 potential replacements for some models, precise verification is paramount for optimal engine protection and performance.
Understanding Oil Filter Importance
Oil filters are indispensable for maintaining engine health, acting as the primary defense against abrasive particles and sludge that can cause significant wear and tear. Engine oil circulates to lubricate moving parts, but inevitably collects contaminants – metal shavings, dirt, carbon deposits – generated during combustion and normal engine operation.
Without a functioning oil filter, these contaminants would circulate, accelerating engine wear, reducing oil efficiency, and potentially leading to catastrophic failure. A quality oil filter, like those offered by Super Tech, effectively traps these particles, ensuring clean oil reaches vital engine components.
Regular oil and filter changes are therefore critical preventative maintenance. The frequency of these changes depends on driving conditions and vehicle manufacturer recommendations. Utilizing the correct filter – verified through cross-referencing charts and precise fitment checks – is equally important. Choosing the wrong filter can compromise its effectiveness, leaving the engine vulnerable to damage. Super Tech filters, when properly selected, contribute significantly to engine reliability and longevity.
Super Tech Filter Construction & Materials
Super Tech oil filters are engineered for reliable performance, utilizing a robust construction designed to withstand the pressures and temperatures of modern engines. The core of the filter typically consists of a high-quality filter media, often a blend of synthetic and cellulose fibers, optimized for efficient particle capture.
This media is pleated to maximize surface area, increasing filtration capacity and extending filter life. A sturdy metal casing, usually steel, provides structural integrity and protects the internal components. The end caps are securely attached, ensuring a leak-proof seal.
Super Tech filters incorporate an anti-drainback valve, preventing oil from flowing back into the engine during shutdown, ensuring immediate lubrication upon startup. A bypass valve is also included, allowing oil to bypass the filter media if it becomes clogged, preventing oil starvation. While specific material details vary by model, Super Tech prioritizes durable materials and construction techniques to deliver consistent filtration performance and engine protection.
Decoding Super Tech Oil Filter Numbers
Super Tech filter numbers, like ST3506 or ST10060, are crucial for correct fitment. The ‘ST’ prefix identifies Super Tech, while the numerical code specifies size and thread type for compatibility.
The Significance of the ‘ST’ Prefix
The ‘ST’ prefix consistently denotes filters manufactured under the Super Tech brand, a house brand primarily associated with Walmart. This identifier is paramount when navigating the vast landscape of oil filter options, instantly signaling that the filter adheres to Super Tech’s specific engineering and quality control standards. Recognizing this prefix streamlines the identification process, allowing users to quickly differentiate Super Tech products from those of competing brands like Fram, Wix, or Purolator.
However, it’s crucial to understand that while the ‘ST’ prefix guarantees a Super Tech filter, it doesn’t automatically confirm universal compatibility. The numerical code following the ‘ST’ is equally, if not more, important. This code dictates the filter’s physical dimensions, thread specifications, and internal construction, all of which determine whether it will properly integrate with a specific vehicle’s oil system.
Therefore, the ‘ST’ prefix serves as the initial key to unlocking the correct filter, but diligent cross-referencing with vehicle-specific fitment guides is always recommended to ensure optimal performance and prevent potential issues. Relying solely on the ‘ST’ prefix without verifying the numerical code can lead to incorrect installations and compromised engine protection.
Understanding Numerical Codes (e.g., ST3506, ST10060)
The numerical codes following the ‘ST’ prefix – such as ST3506 or ST10060 – are the core identifiers of a Super Tech oil filter’s specific characteristics. These numbers aren’t arbitrary; they encode critical information about the filter’s physical dimensions, thread type, gasket diameter, and internal construction. Deciphering these codes is essential for ensuring a proper fit and optimal engine protection.
Each number corresponds to a unique filter design intended for a specific range of vehicles. For example, ST3506 has over 121 listed replacements, highlighting the importance of precise cross-referencing. Similarly, ST10060 boasts over 102 alternatives, and ST3593A has a staggering 583. These numbers are not interchangeable; using the wrong code can result in leaks, reduced oil flow, or even engine damage.
While cross-reference charts are valuable tools, they should be used as a starting point, not a definitive answer. Always double-check the filter’s specifications against your vehicle’s requirements before installation. Remember, cross-references are “for general reference only,” emphasizing the need for careful verification.
Identifying Filter Size and Thread Type
Determining the correct oil filter size and thread type is paramount for a secure and effective seal. Super Tech filters, like all spin-on filters, vary in these dimensions. The numerical code (e.g., ST3506, ST10060) indirectly indicates these specifications, but direct verification is crucial.
Thread size is typically expressed as a unified national coarse (UNC) or unified national fine (UNF) designation, along with the diameter and pitch. Gasket diameter also varies, influencing compatibility with the engine’s filter mount. Incorrect thread size can damage the engine block, while a mismatched gasket will inevitably lead to oil leaks.
Cross-reference charts often include this information, but relying solely on them is risky. Consult your vehicle’s owner’s manual or a reputable parts catalog for the precise filter size and thread type required for your specific make and model. Remember, with hundreds of potential replacements for a single Super Tech filter (like the 893 for ST16), accuracy is non-negotiable.
Always prioritize a precise fit over convenience, ensuring optimal engine protection and preventing costly repairs.
Popular Super Tech Oil Filter Models & Applications
Super Tech offers a diverse range of filters (ST3506, ST2, ST10060, etc.) fitting numerous vehicles. Cross-referencing reveals broad compatibility, including Goldwings and Yamaha SVTC models.
Each model boasts unique applications; detailed fitment lists are essential for correct selection and optimal engine protection.
Super Tech ST3506: Common Vehicle Fits
The Super Tech ST3506 oil filter is a widely applicable model, serving as a direct replacement or compatible alternative for a substantial number of vehicles. While specific fitment varies, it’s frequently utilized in older General Motors vehicles, including certain Chevrolet, GMC, and Buick models from the 1990s and early 2000s.
Beyond domestic applications, the ST3506 demonstrates cross-compatibility with select import vehicles. Owners of older Honda and Toyota models have reported successful usage, though verifying thread size and gasket diameter remains crucial. It’s important to remember that the 121 replacement filters available for this model highlight the need for careful confirmation.
Crucially, the provided information indicates the ST3506 has been successfully used on both a 2000 GL 1500 SE Goldwing and a 2008 GL1800 Goldwing. This demonstrates its adaptability beyond typical passenger car applications. However, always consult a vehicle-specific parts catalog or cross-reference chart to ensure proper fitment before installation. Relying solely on general compatibility lists can lead to issues.
Remember that cross-reference data is for guidance only; always double-check specifications and measurements for your particular application.
Super Tech ST2: Cross-Reference Applications
The Super Tech ST2 oil filter boasts an impressive range of cross-reference applications, with a staggering 124 replacement filters available. This indicates its widespread use as an equivalent for numerous other brands and vehicle models. However, due to this extensive compatibility, precise verification is paramount before installation.
While a definitive list of all compatible vehicles is extensive, the ST2 frequently serves as a suitable replacement for filters used in older Ford, Chrysler, and Dodge vehicles. It’s also commonly found as an alternative for certain Nissan and Mazda models. The broad applicability makes it a versatile option for mechanics and DIY enthusiasts.
It’s vital to emphasize that all cross-reference information should be treated as a general guideline. The provided data explicitly states that these references are “for general reference only.” Always confirm correct specifications and measurements against your vehicle’s requirements. Ignoring this precaution could result in improper sealing or oil flow issues.
Therefore, consulting a detailed cross-reference chart and comparing physical dimensions is strongly recommended to guarantee a perfect fit and optimal engine protection. Prioritize accuracy over convenience when selecting an oil filter.
Super Tech ST10060: Vehicle Compatibility
The Super Tech ST10060 oil filter demonstrates significant versatility, with a substantial 102 replacement filters identified as compatible alternatives. This highlights its widespread application across a diverse range of vehicles, making it a popular choice for many automotive needs. However, confirming precise fitment remains crucial.
Vehicle compatibility for the ST10060 extends to numerous makes and models, including a variety of Chevrolet, GMC, and Buick vehicles manufactured between the late 1990s and the early 2010s. It’s also frequently used in certain Cadillac and Pontiac models from the same era. Specific engine sizes and trim levels will influence compatibility.
As with all Super Tech filters, cross-reference data should be considered a starting point, not a definitive answer. The information provided clearly states that references are “for general reference only.” Always double-check specifications and measurements against your vehicle’s owner’s manual or a reliable parts catalog.
Prioritizing accuracy ensures optimal engine protection and prevents potential issues related to improper sealing or restricted oil flow. Utilizing a comprehensive cross-reference chart alongside physical verification is highly recommended.
Super Tech ST3593A: Expanded Fitment List
The Super Tech ST3593A boasts an exceptionally broad range of applications, evidenced by the availability of 583 replacement oil filters identified as compatible. This expansive fitment list underscores its popularity and versatility within the automotive aftermarket. However, reliance solely on cross-reference data is discouraged.
This filter commonly serves a wide array of domestic vehicles, including Chevrolet, GMC, Buick, and Cadillac models spanning several decades. It’s frequently utilized in vehicles with both V6 and V8 engine configurations, particularly those produced from the 1980s through the 2010s. Specific model years and engine types dictate compatibility.
Crucially, the provided information emphasizes that all cross-references are “for general reference only.” Thorough verification of specifications and measurements against your vehicle’s requirements is paramount. This proactive approach minimizes the risk of incorrect installation.
Accessing a detailed cross-reference chart, alongside consulting your vehicle’s owner’s manual or a trusted parts specialist, will ensure accurate filter selection. Prioritizing precision safeguards engine health and optimizes performance.
Super Tech ST3614: Vehicle Specifics
The Super Tech ST3614 oil filter demonstrates compatibility with a substantial number of vehicles, with 335 identified replacement options available. While versatile, pinpointing exact applications requires careful consideration of vehicle-specific details. General cross-references should be treated as starting points, not definitive matches.
This filter is frequently used in certain Chrysler, Dodge, and Jeep models, particularly those equipped with specific engine sizes and configurations. It’s often found in vehicles manufactured during the late 1990s and early 2000s, though compatibility extends beyond this timeframe in select cases.
It’s essential to consult a comprehensive cross-reference chart and verify the filter’s dimensions, thread size, and gasket diameter against your vehicle’s specifications. Ignoring these details can lead to improper sealing and potential engine damage.
Remember, the provided data explicitly states that cross-references are “for general reference only.” Always prioritize accurate verification to ensure optimal engine protection and performance. A precise fit is non-negotiable for reliable operation.
Super Tech ST4967: Common Uses
The Super Tech ST4967 oil filter boasts an impressive range of applications, evidenced by the availability of 534 replacement filters. This widespread compatibility makes it a popular choice for various automotive maintenance needs, though precise fitment remains paramount.
Common uses for the ST4967 include servicing a diverse array of General Motors vehicles, encompassing Chevrolet, GMC, and Buick models. It frequently appears as a factory-installed or recommended replacement for vehicles produced throughout the 2000s and 2010s.
However, it’s crucial to understand that the ST4967 also finds application in select Ford and other domestic vehicle lines. This broad reach underscores the importance of diligent cross-referencing and specification verification.
As with all Super Tech filters, remember that cross-reference charts are intended as guides only. Always double-check dimensions, thread types, and gasket sizes to guarantee a secure and effective seal. Prioritizing accuracy safeguards your engine’s longevity and performance.
Super Tech ST7317: Vehicle Applications
The Super Tech ST7317 oil filter demonstrates considerable versatility, with over 201 replacement filter options currently available. This indicates a substantial range of vehicle applications, making it a frequently sought-after choice for routine maintenance and repairs.
While specific vehicle details require careful cross-referencing, the ST7317 is commonly utilized in various Chrysler, Dodge, and Jeep models. It often serves as a direct replacement for factory-installed filters in vehicles spanning multiple model years.
Furthermore, the ST7317 also finds application in certain Ford and Mercury vehicles, expanding its overall compatibility. This broad reach highlights the importance of consulting comprehensive fitment guides before making a purchase.
It is essential to remember that cross-reference information should always be verified against your vehicle’s specific requirements. Confirming thread size, gasket diameter, and overall dimensions ensures a proper seal and optimal engine protection. Prioritize accuracy for reliable performance.
Super Tech ST16: Broad Compatibility
The Super Tech ST16 oil filter stands out due to its exceptionally broad compatibility, boasting an impressive 893 replacement filter options currently listed. This extensive cross-referencing suggests its suitability for a remarkably diverse range of vehicles, making it a popular choice for both professional mechanics and DIY enthusiasts.
This filter commonly serves as a replacement for numerous General Motors (GM) vehicles, including Chevrolet, GMC, Buick, and Cadillac models. Its application spans across various engine sizes and model years, offering a convenient solution for many drivers.
Beyond GM, the ST16 also demonstrates compatibility with select Ford, Lincoln, and Mercury vehicles, further solidifying its position as a versatile option. This widespread applicability contributes to its consistent demand and availability.
However, due to the sheer number of potential applications, meticulous verification is crucial. Always consult a reliable cross-reference chart and confirm the filter’s specifications align with your vehicle’s exact requirements. Prioritize accuracy to ensure optimal engine protection and performance.
Cross-Referencing Super Tech Filters
Effective cross-referencing is vital when selecting Super Tech filters. Charts reveal equivalents to Fram, Wix, and Purolator, but always double-check specifications for correct fitment.
Remember, listed cross-references are general guidelines; precise measurements and vehicle details are essential for optimal oil filtration performance.
Using Cross-Reference Charts Effectively
Cross-reference charts are invaluable tools for identifying compatible oil filters when working with Super Tech products. However, it’s crucial to understand their limitations and utilize them correctly to ensure optimal engine protection. These charts, readily available online and through automotive parts retailers, provide a quick comparison between Super Tech filter numbers and those of well-known brands like Fram, Wix, and Purolator.
When using these charts, remember the disclaimer: cross-references are for general guidance only. Vehicle-specific applications can vary significantly, and a filter listed as a direct equivalent might not perfectly match your vehicle’s requirements. Always verify the filter’s dimensions – diameter, length, thread size, and gasket diameter – against your vehicle’s specifications or the original filter.
Furthermore, consider the oil filter’s internal construction and filtration media. While a cross-reference might indicate a physical fit, differences in filtration efficiency or bypass valve settings could impact engine performance and longevity. Prioritize confirming correct specifications and measurements for your specific application. Don’t solely rely on the chart; consult your vehicle’s owner’s manual or a trusted automotive professional for definitive guidance.
Finally, be aware that filter manufacturers occasionally update their designs, rendering older cross-reference data inaccurate. Always use the most current charts available and double-check compatibility before making a purchase.
Super Tech to Fram Filter Equivalents
Establishing equivalencies between Super Tech and Fram oil filters requires careful consideration, as direct one-to-one matches aren’t always guaranteed. Cross-reference charts suggest several potential substitutions, but verifying compatibility remains paramount. For example, the Super Tech ST3506, a popular choice for various vehicles, frequently cross-references to the Fram PH6022.
However, the ST2 filter shows numerous Fram equivalents, highlighting the importance of precise vehicle application. Similarly, the Super Tech ST10060 often corresponds to the Fram PH10060, but again, confirmation is vital. It’s crucial to remember that these are general references, and variations can exist based on specific vehicle year and model.
When comparing, focus on key specifications like thread size, gasket diameter, and filter dimensions. While a Fram filter might physically fit, differences in internal components – such as filtration media or anti-drainback valve design – could affect performance. Always prioritize checking for correct specifications and measurements for your application.
Ultimately, relying solely on cross-reference charts is insufficient. Consult your vehicle’s owner’s manual or a trusted automotive parts professional to ensure the chosen Fram filter meets or exceeds the manufacturer’s recommendations.
Super Tech to Wix Filter Equivalents
Determining equivalent Wix filters for Super Tech models necessitates a detailed examination of cross-reference data. Like Fram, Wix offers a broad range of filters, but direct substitutions aren’t always straightforward. The Super Tech ST3506, a commonly used filter, often aligns with the Wix 51060, providing a potential alternative for vehicle owners.
However, the Super Tech ST2 demonstrates a multitude of Wix cross-references, emphasizing the need for application-specific verification. For the ST10060, the Wix 57060 is frequently cited as a comparable option. It’s essential to acknowledge that these are general guidelines, and variations can occur depending on the vehicle’s make, model, and year.
When evaluating, prioritize matching critical specifications like thread type, gasket size, and overall filter dimensions. While a Wix filter may physically fit, differences in filtration efficiency or internal construction could impact engine protection. Always double-check for correct specifications and measurements.
Therefore, relying solely on cross-reference charts is insufficient. Refer to your vehicle’s owner’s manual or consult with a knowledgeable automotive parts specialist to confirm the selected Wix filter meets the manufacturer’s standards.
Super Tech to Purolator Filter Equivalents
Identifying Purolator equivalents for Super Tech filters requires careful cross-referencing, as direct substitutions aren’t universally guaranteed. The Super Tech ST3506, a popular choice, frequently corresponds with the Purolator L14610, offering a potential alternative for many applications. However, the sheer number of available replacements – over 120 for ST3506 alone – highlights the importance of precise verification.
For the Super Tech ST2, numerous Purolator options exist, demanding application-specific confirmation. Similarly, the ST10060 often cross-references to the Purolator L14612, but this should be validated based on your vehicle’s requirements. Remember, cross-references are general guidelines, and variations can occur.
Prioritize matching critical specifications like thread size, gasket diameter, and filter height. While a Purolator filter may physically fit, differences in media composition or flow rate could affect engine performance. Always confirm correct specifications and measurements.
Therefore, relying solely on charts is insufficient. Consult your vehicle’s manual or a parts professional to ensure the selected Purolator filter meets the manufacturer’s standards for optimal engine protection.
Installation & Maintenance
Proper installation and regular oil changes are crucial for engine health. Utilize correct torque specifications to avoid leaks or damage. Follow recommended intervals for optimal performance.
Troubleshooting potential issues, like a stuck filter, requires careful attention and the right tools. Always prioritize safety during maintenance procedures.
Proper Oil Filter Installation Techniques
Before installing a Super Tech oil filter, ensure the mounting surface is clean and free of any debris from the old filter gasket. A clean surface guarantees a proper seal, preventing oil leaks and maintaining optimal engine lubrication. Lightly lubricate the new filter’s gasket with fresh engine oil – this aids in easy removal during the next oil change and ensures a secure initial seal.
Hand-tighten the filter until the gasket makes contact with the engine block, then tighten an additional ¾ to 1 full turn. Avoid overtightening, as this can damage the filter or the engine’s mounting threads. Using an oil filter wrench is acceptable, but exercise caution to prevent excessive force. Remember, a properly tightened filter is snug, not strained.
After installation, run the engine for a few minutes and carefully inspect the filter and surrounding area for any signs of leaks. If leaks are detected, double-check the gasket seating and ensure the filter is tightened appropriately. Addressing leaks promptly prevents potential engine damage and maintains optimal oil pressure. Always dispose of used oil and filters responsibly, following local regulations.
Always consult your vehicle’s service manual for specific torque specifications and installation guidelines.
Torque Specifications for Super Tech Filters
Determining the correct torque specification for a Super Tech oil filter is crucial for preventing leaks and ensuring proper engine operation. While a general guideline of hand-tighten plus ¾ to 1 full turn is often sufficient, specific torque values vary depending on the vehicle and filter model; Always prioritize consulting your vehicle’s service manual for the manufacturer’s recommended torque specification.
Generally, Super Tech filters do not have a specific torque value listed, relying on the hand-tighten method. However, if a torque wrench is desired, a range of 10-18 ft-lbs is often considered acceptable for many applications. Caution: exceeding this range can damage the filter housing or engine threads.
It’s important to note that using excessive force can distort the filter gasket, leading to leaks. Conversely, insufficient torque may result in the filter loosening over time. Proper torque ensures a secure seal and prevents oil contamination. When in doubt, err on the side of slightly less torque and re-check for leaks after running the engine.
Always prioritize vehicle-specific recommendations over general guidelines.
Oil Filter Change Intervals & Recommendations
Establishing appropriate oil filter change intervals is vital for maintaining engine health and longevity. While a common recommendation is to change the oil and filter simultaneously, intervals vary based on driving conditions and vehicle manufacturer specifications. Generally, every 3,000 to 5,000 miles or every three to six months is a standard guideline for typical driving.
However, severe driving conditions – including frequent short trips, stop-and-go traffic, towing, or dusty environments – necessitate more frequent changes, potentially every 1,500 to 3,000 miles. Always consult your vehicle’s owner’s manual for the manufacturer’s recommended schedule.
Using a high-quality oil filter, like those from Super Tech, contributes to improved filtration and extended engine life. Regular oil and filter changes remove contaminants, reduce wear, and maintain optimal engine performance. Ignoring these recommendations can lead to increased friction, reduced fuel efficiency, and potential engine damage.
Proactive maintenance is key to a reliable vehicle.
Potential Issues & Troubleshooting
Occasionally, issues can arise during or after oil filter installation. A common problem is a stuck oil filter, often due to overtightening during the previous change. Utilizing an oil filter wrench is crucial for both removal and proper installation, avoiding excessive force. Another potential issue is a leaking seal, typically caused by an improperly lubricated gasket or a damaged filter.
Before installing a new Super Tech filter, lightly lubricate the gasket with fresh oil. Ensure the old gasket has been completely removed from the engine block. If a leak persists after installation, double-check the filter is securely tightened to the manufacturer’s specified torque (refer to installation guidelines).
Low oil pressure after a change could indicate a clogged filter or improper installation. Inspect the filter for damage and verify correct installation. Always dispose of used oil and filters responsibly, following local regulations. Addressing these issues promptly prevents potential engine damage and maintains optimal performance.
