NZM‑MR7‑6535 On‑Metal UHF RFID Tag (Impinj M700 series)
NZM‑MR7‑6535 is an Arizon RFID on‑metal tag built with Impinj M700‑series IC options. It targets brand protection and supply‑chain management where metal mounting is required. The tag supports passive operation, wideband UHF use (860–960 MHz), and offers multiple memory configurations depending on the IC (M730/M750/M780/M781). Lab results show strong read range on metal using a handheld reader.
Contact for orders / consultation
Mr. Yivi (Khmer/English)
Phone: (+855) 715 226 263
Email: sale1@navilabelsolutions.com
Mr. Kong Channaro (Khmer/Vietnamese/English)
Phone: (+855) 713 120 022
Email: sale2@navilabelsolutions.com
Mr. Sokkha (Khmer/Vietnamese)
Phone: (+855) 705 11 012
Email: sale3@navilabelsolutions.com
NZM-MR7-6535 on-metal UHF RFID tag (Impinj M700 series)
Track metal assets with confidence. NZM-MR7-6535 is a rugged, passive on-metal UHF RFID tag designed to stay readable on steel surfaces across global UHF bands (860-960 MHz).
Ideal for manufacturing plants, logistics operators, and maintenance teams who need reliable RFID identification on metal racks, tools, containers, and equipment.
Real-world applications
Brand protection
Authenticate metal housings, high-value components, and industrial products with EPC encoding and secure password control.
Metal asset tracking
Enable fast inventory of racks, tools, returnable containers, and machinery when tags must be mounted directly on steel.
Supply chain visibility
Trace metal parts and assemblies through production, storage, and shipping to reduce mispicks and prevent loss in transit.
Maintenance and inspection
Link each metal asset to service history and inspection records for faster audits and fewer compliance gaps.
Core features and operational benefits
Designed for metal mounting
Reliability → Built to remain readable when mounted directly on steel, reducing missed reads and manual rescans during audits.
Wideband global UHF operation
Simplification → Supports 860-960 MHz deployments so you can standardize a single tag platform across regions and sites.
Flexible IC and memory options
Fit your data model → Choose Impinj Monza M730, M750, M780, or M781 depending on EPC and User memory needs.
Industrial temperature tolerance
Uptime → Rated for -40 °C to 85 °C to keep tracking stable in cold rooms, outdoor yards, and harsh factory environments.
Secure Access and Kill passwords
Control → 32-bit shared Access and Kill passwords support commissioning, locking, and lifecycle control for sensitive deployments.
Passive, battery-free operation
Lower TCO → No batteries to replace; scale to thousands of metal assets without maintenance overhead.
Technical specifications and compatibility
| Operating frequency | UHF 860-960 MHz |
|---|---|
| Protocol | EPC Class1 Gen2; ISO/IEC 18000-63 |
| IC options | Impinj Monza M730 / M750 / M780 / M781 |
| Tag size | 65 × 35 × 1.2 mm |
| Antenna size | 130 × 32 mm |
| Substrate material | PET |
| Operating mode | Passive (battery-free) |
| Operating temperature | -40 °C to 85 °C |
| IC endurance and retention | 10,000 programming cycles; 10 years data retention |
| Passwords | 32-bit shared Access and Kill passwords |
| Memory (by IC) | M730: EPC 128 bits; User 0 bits; TID 48 bits M750: EPC 96 bits; User 32 bits; TID 48 bits M780: EPC 496 bits; User 128 bits; TID 48 bits M781: EPC 128 bits; User 512 bits; TID 48 bits |
| Read range (handheld, lab test) | Air: 2.5 m; Metal: >5 m (4W EIRP). Regions limited to 2W ERP may see ~11% lower range. |
| Compatibility and conditions of use | Compatible with EPC Gen2 / ISO/IEC 18000-63 UHF RFID readers and infrastructure. Optimized for mounting on metal surfaces; performance varies with reader power, antenna polarization, and installation. |
Frequently asked questions
Will it read reliably when mounted on steel?
Yes. It is designed for on-metal mounting where standard UHF labels typically detune and fail. For best results, mount on a clean, flat metal surface and test placement with your specific reader.
Which IC option should I choose (M730/M750/M780/M781)?
Choose based on the memory you need. If you only encode an EPC, M730 or M781 are common. If you need a small User memory field, consider M750. For larger EPC and User memory requirements, choose M780 or M781. We can recommend the best option for your encoding scheme.
What read range can I expect in real deployments?
Lab handheld tests show >5 m on metal at 4W EIRP, but real-world range depends on reader power limits, antenna design, mounting position, and surrounding metal geometry. If your region is limited to 2W ERP, expect a reduction in range.
Can you pre-encode and lock the tags?
Yes. We can pre-encode EPCs (and User memory where applicable) and apply Access and Kill passwords to support secure commissioning and reduce on-site labor.
What should I consider for mounting and durability?
Mounting method and environment matter. Share your surface type, temperature, and exposure (chemicals, abrasion, water) so we can confirm the best mounting approach and configuration for long-term performance.
Get a quote for NZM-MR7-6535 on-metal tags
Stop losing time to manual metal asset audits and missing reads. Tell us your mounting surface, reader model, and encoding requirements, and we will propose the right IC option, memory configuration, and delivery format for your rollout.
