Question 1

Which wristband material should we choose for a multi-day festival?

Accepted Answer

For a single-day general-admission crowd, Tyvek is the usual choice: one-time-use, supplied serialised, and the tamper-evident closure tears visibly if anyone tries to move a band to another wrist. For multi-day events with re-entry, fabric or silicone survives rain, showers and being slept in without going soft or fraying. For crew, artists and season passes, a reusable silicone or adjustable PVC band can be collected, cleaned and re-encoded for the next event, though the collection and cleaning effort is an operational cost rather than an automatic saving. The decision is usually driven by how many days the band is worn and whether it has to resist transfer between guests, rather than by strap comfort; print method and closure type then follow from the material you pick.

Question 2

Can one wristband handle both gate entry and cashless spend at the bars?

Accepted Answer

Yes, and that is the normal way to build it. An HF 13.56 MHz band is the usual choice: the chip options listed for these bands are Mifare S50 and S70 (ISO/IEC 14443) and NXP ICODE SLI and SLIX (ISO/IEC 15693), so one tap can serve entry, zone checks and cashless spend. Note this is a closed-loop wallet you run, not bank-card acceptance. It is common to hold the guest's balance and entitlements server-side against the band's unique ID rather than writing value onto the chip; the S50 and S70 are Mifare Classic parts, and a server-side balance also lets you void a lost band and reconcile spend centrally. Settle that model with your ticketing or cashless provider before fixing the chip, because it decides how much on-chip memory you actually need.

Question 3

How far will an event wristband read, and does that decide how many gate lanes we need?

Accepted Answer

Treat published figures as best case, not a guarantee. Passive UHF bands, meaning EPC Gen2 under ISO/IEC 18000-63, typically reach around 10 to 15 m from a fixed reader in clear conditions, but a band worn on a wrist sits against the body, which absorbs and detunes UHF, so a packed entry lane reads considerably shorter. In practice plan for a reliable zone of a metre or two and verify it on site with the actual band, antenna position and crowd density before committing to a layout. HF and NFC bands at 13.56 MHz read only a few centimetres in normal tap use, though an ISO/IEC 15693 vicinity chip on a larger antenna stretches that somewhat. Lane count therefore follows your peak arrival rate, scanning staff and turnstile geometry, not read distance.

Question 4

Do we need a licence or any approval to run RFID readers at a venue in India?

Accepted Answer

As of 2026, our understanding is that the 865-868 MHz UHF band is delicensed in India for low-power RFID under the 2021 WPC short-range-device rules, so an organiser does not normally take out a separate radio licence to run readers at a venue. The obligation sits with the equipment, which should be approved for that band. Identium is BIS certified, and our UHF readers and antennas are WPC-approved for India's licence-exempt UHF RFID band. Watch for readers imported for the 902-928 MHz band used in the United States: that is not India's allocation, and equipment must be supplied or configured for 865-868 MHz. HF and NFC at 13.56 MHz is also generally treated as low-power and unlicensed in normal use. Rules change, so confirm the current position with the WPC before you order.

Question 5

What drives the cost of event wristbands, and what do you need from us to quote?

Accepted Answer

Our wristbands start from around Rs 15 per unit and are then quoted against a written specification, because several things move the number: material, the chip and its memory, print coverage (one side or both, spot colour or full colour), serial numbering and chip encoding, and quantity. Sorting and packing bands by ticket tier before dispatch is easy to overlook and worth asking for up front. To quote accurately we need headcount by tier, your event dates, the material, either the chip you want or the reader you already own, print-ready artwork, and whether bands must arrive pre-encoded. Bands are made to order at our New Delhi factory, so the specification is settled before production starts, and a change to artwork or encoding after that point means a fresh run rather than an edit.

Chip option	Standard and frequency	Where it fits	What constrains it
Mifare S50 / S70	ISO/IEC 14443, HF 13.56 MHz	Gate taps, zone checks, cashless spend	A typical centimetre-range tap, presentation-dependent; the S70 is the larger-memory part of the two; Classic sector keys identify a band rather than secure value. Whether an ordinary handset can read one depends on the chip and the phone, so test your actual devices before you design a phone-based spot-check
NXP ICODE SLI / SLIX	ISO/IEC 15693, HF 13.56 MHz	The same tap applications, with a more forgiving presentation	Your readers and POS terminals must support 15693 — a 14443-only terminal will not see these bands at all — and handset support for 15693 also varies by phone
UHF option	EPC Gen2 / ISO/IEC 18000-63, marketed as RAIN RFID, 865-868 MHz in India	Free-flow entry lanes, and timing points where a band rather than a bib carries the tag	The wrist sits against the body, which absorbs UHF, which is why wrist-worn UHF formats use a spacer or ceramic construction and still have to be proven on site with your own antenna positions. Readers must be supplied for 865-868 MHz, not the 902-928 MHz used in the United States
LF 125 kHz	Legacy proximity	Only where the venue already runs 125 kHz readers you have to match	It buys compatibility with an existing estate, not capability — HF does everything these bands do

RFID Wristbands

We manufacture and supply RFID Wristbands with LF, HF and UHF Chips

RFID Wristbands are widely used for:

Cashless Payments

Social Media Photo share

Access Control, Identification

Guest Management

RFID lockers

Patient Identification

Tourist Security & Identification

We manufacture RFID Paper Tickets.

Chip Options : Mifare S50, S70, NXP ICode SLI/SLIX

Call Us : +91 70110 01472

Write to us : [email protected]

Specifying the chip and the encoding before the run starts

Match the chip to the readers you will have on site

Decide how the band is identified before production

The mistake buyers make

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