HY-M Series UHF Screw RFID Tags
The HY-M Series UHF Screw RFID Tag is an industrial-grade embedded identification solution specifically designed for MRO tool and equipment management. Manufactured using 304 stainless steel combined with a potting process, its physical form is identical to that of a standard bolt; it can be directly screwed into place just like a conventional bolt, requiring no structural modifications to existing tools or equipment—thereby enabling a “zero-interference” method of RFID identification integration.With an operating temperature range spanning from -40°C to +180°C and powered by the NXP U8 chip, this tag is widely applicable across core MRO scenarios, including mold management, large-scale equipment tracking, and industrial tool asset management.

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    Product introduction

    The UHF Screw RFID Tag is an industrial-grade, permanent identification solution specifically designed for MRO tool and equipment management. Constructed from 304 stainless steel and featuring a robust potting process, it can be directly bolted into place to enable lifetime identity management for heavy assets—such as tools, molds, and machinery. Once installed, it offers tamper-proof security and protection against accidental detachment or oversight, making it the ideal identification choice for large-scale tools and critical equipment.

    Download Technical Datasheet-UHF Screw RFID Tag M16

    Download Technical Datasheet-UHF Screw RFID Tag M10

    Why Choose the Screw tag?
    ✅ Screw Mounting — As simple as tightening a screw; no specialized technical skills required
    ✅ 304 Stainless Steel Housing — Industrial-grade durability; rust-proof, corrosion-resistant, and shock-resistant
    ✅ Wide Temperature Range — Stable operation from -40°C to +180°C
    ✅ Tamper-Proof & Anti-Theft — Embedded installation prevents easy removal
    ✅ NXP U8 Chip — Stable performance and global compatibility
    ✅ Potting Technology — Waterproof and dustproof; designed for harsh environments

    Specifications

    Two Sizes Available

     

    Parameter HY-M10 HY-M16
    Dimensions Ø10 × H25mm Ø16 ​​× H30mm
    Weight 29.2g 67.7g
    Read Distance 0.6–1.5m 2m
    Material 304 Stainless Steel + Potting 304 Stainless Steel + Potting
    Packaging Bagged Bagged
    Applicable Scenarios Small to Medium Tools/Molds Large Equipment/Heavy-duty Tools
    Operating Frequency HY-M10: EU 865–868MHz / CN & US 902–928MHz HY-M16: 865–868MHz

    Unified Technical Specifications

    Parameter Specification
    Communication Protocol EPC Class1 Gen2, ISO18000-6C
    Chip Model NXP U8
    EPC Memory 96-bit (Expandable to 128-bit)
    TID 48-bit (Unique Serial Number)
    Data Retention 10 Years
    Write Cycles 100,000 Times
    Operating Temperature -40°C ~ +180°C
    Storage Temperature -40°C ~ +150°C

    Product Features

    Screw-Mount Design

    • The standout design feature of the HY-M series is its standard screw form factor:
    • Its appearance and thread specifications are identical to standard industrial bolts.
    • It can be screwed directly into pre-threaded holes on tools, equipment, and molds.
    • Installation requires no adhesives and no specialized tools.
    • Once installed, it sits flush with the equipment surface, ensuring it does not interfere with normal operation.
    • Easy to install and remove; can be replaced concurrently with routine equipment maintenance.

    304 Stainless Steel + Potting Technology

    304 Stainless Steel Housing:

    • Meets industrial-grade corrosion resistance standards.
    • Resistant to salt spray, acids, alkalis, and oil stains.
    • Resistant to impact and vibration.
    • Smooth surface finish, easy to clean.
    • Blends seamlessly with the aesthetics of metal equipment.

    Potting Technology:

    • Internal electronic components are completely sealed.
    • Waterproof and dustproof, meeting industrial protection standards.
    • Exceptional resistance to vibration and impact.
    • Extends the service life of the label.

    Stable Operation Across a Wide Temperature Range

    Operating Temperature: -40°C to +180°C

    Covers the vast majority of industrial MRO (Maintenance, Repair, and Operations) application scenarios:

    • Low-Temperature Environments: Cold storage tool management, outdoor equipment in winter conditions.
    • Ambient-Temperature Environments: Standard workshops, warehouses, and office areas.
    • High-Temperature Environments: Heat treatment equipment, molds, high-temperature pipelines.
    • Variable-Temperature Environments: Tool circulation between cold storage facilities and high-temperature production lines.

    NXP U8 Chip Performance

    • A mainstream industrial chip widely adopted globally.
    • High sensitivity; ensures stable readability even in weak signal environments.
    • Excellent anti-metal performance, specifically optimized for use on metal surfaces.
    • 96-bit EPC storage capacity, meeting diverse asset encoding requirements.
    • 48-bit TID unique serial number, ensuring the label’s identity cannot be duplicated.

    MRO Tool Management Application Scenarios

    Large-Scale Equipment Inspection Management

    Applicable Scenarios: Install tags at critical points on equipment to serve as permanent inspection checkpoints.

    Recommended Installation Locations:

    • Threaded holes adjacent to the equipment nameplate
    • Standard mounting bolt locations on the equipment body
    • Near equipment maintenance access ports

    Inspection Management Implementation:

    • Inspectors use handheld devices to scan tags along a designated route
    • Automatic recording of inspection time, personnel, and results
    • On-site entry of key operational parameters
    • Immediate reporting of anomalies or issues
    • Real-time synchronization of inspection data with the backend system

    Advantages Over QR Code-Based Inspection:

    • No need for precise alignment; simply bring the device close to read
    • Resistant to high temperatures and oil/grease; non-fading
    • Unaffected by poor lighting conditions
    • Data is rewritable/updatable and not compromised by print quality issues

    Metal Container & Rack Management

    Applicable Items:

    • Metal turnover boxes and bins
    • Steel pallets and storage racks
    • Jigs and fixtures
    • Metal logistics containers

    Installation Advantages:

    • Screw directly into threaded holes located at container corners or bases
    • Does not interfere with the functional use of the container in any way
    • Tags sit flush with the surface, preventing snagging or accidental impact
    • Resistant to stacking pressure; remains undeformed

    Management Functions:

    • Tracking of container circulation routes
    • Automatic recording of container checkout and return status
    • Recording of container integrity and condition
    • Rapid location of lost or misplaced containers

    Heavy Equipment & Vehicle Management

    Applicable Items:

    • Forklifts, AGVs (Automated Guided Vehicles), and construction vehicles
    • Lifting equipment and overhead cranes
    • Large-scale tooling and fixtures
    • Production machinery (e.g., presses, injection molding machines)

    Installation Instructions:

    • Utilize existing threaded holes on the equipment; no drilling or structural modification required.

    Management Scope:

    • Unique equipment identification management
    • Usage time and mileage tracking
    • Periodic maintenance reminders
    • Operator assignment and usage logs
    • Tracking of equipment transfers and reallocations

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      FAQ

      Q1: Will installing the screw-type tag compromise the structural integrity of the equipment?

      A: No. The HY-M screw-type tag features a 304 stainless steel housing, offering a structural strength equal to or greater than that of a standard bolt of the same specifications. When installed in a non-load-bearing threaded hole, it has absolutely no impact on the equipment’s structure; however, if installation in a load-bearing position is required, we recommend consulting with our engineers in advance for an assessment.

      Q2: What should I do if my tool does not have a pre-existing threaded hole?

      A: There are three possible solutions: ① Drill and tap a hole on a non-working surface of the tool, then install the tag; ② Weld a metal mounting base containing a threaded hole onto the tool; ③ Depending on the specific characteristics of your tool, switch to a different series of tags. We will recommend the optimal solution based on your specific tool type.

      Q3: Will the screw-type tag loosen in high-vibration environments?

      A: No. During installation, you can apply a thread-locking agent (such as Loctite 242) to the threads, or opt for a custom version featuring an anti-loosening thread design to ensure long-term stability in high-vibration environments.

      Q4: Can the tag be removed and reused after being screwed in?

      A: Yes. It can be removed normally using a wrench of the appropriate size; the tag itself remains undamaged and is fully reusable. If a tamper-proof design is required, we can provide a custom version featuring a one-way, tamper-resistant thread.

      Q5: Is the reading distance sufficient when used on metal equipment?

      A: The HY-M10 offers a reading distance of 0.6–1.5 meters, while the HY-M16 reaches up to 2 meters; both models have been specifically optimized for use on metal surfaces. In practical applications, handheld readers provide highly stable and reliable performance within a normal operating range of 0.5 to 1 meter.

      Q6: What is the Minimum Order Quantity (MOQ)?

      A: Please contact our customer service team for inquiries; we will provide a tailored pricing proposal based on your specific purchase volume.

      Q7: Are samples available for testing?

      A: Yes! We can provide a small quantity of samples for on-site installation and verification testing, allowing you to confirm suitability before placing a bulk order.

      Q8: What is the lead time for delivery?

      A: Standard specifications (non-customized): 1–3 weeks; Custom encoding/appearance: 2–4 weeks; Special custom specifications: 3–6 weeks.