Slim Aluminum RFID Card Holder Wallet with Clear ID Window

Product Overview

Our factory manufactures a slim aluminum card holder built for contactless card protection and minimalist front-pocket carry. The design pairs a rigid metal body with a clear ID window, so cards stay visible without being removed, while the metal construction itself acts as a physical shield against unauthorized RFID scanning. Buyers sourcing for retail programs, corporate gifting, or private-label accessory lines will find the format relevant across multiple sales channels. Production is based in Guangdong, China, with OEM and logo customization available for branded runs. The wallet uses no closure mechanism, which keeps the profile flat and reduces wear points compared with folding or snap designs. Available sizing spans 3 in, 4 inch, 5 inch, 6 inch, 7 inch, and below 2 inch formats, and unit weight sits at approximately 0.113 kg.

What Makes This Product Different

Aluminum body doubles as RFID shield

The metal housing blocks 13.56 MHz NFC signals without an added foil layer, so protection is structural rather than an inserted component that can degrade.

Clear ID window for quick visual access

A transparent window lets the user confirm card identity without opening the holder, useful for access badges and transit cards in high-frequency use.

No-closure minimalist format

The absence of a closure mechanism keeps the wallet flat, reduces moving parts, and suits front-pocket carry where bulk is the main complaint.

Multiple size formats from one tooling base

Sizes from below 2 inch up to 7 inch allow the same design language to serve card-only, badge, and multi-card configurations.

Logo customization for branded programs

Custom logo application is available, supporting corporate gifting and private-label retail lines without changing the core construction.

Specifications

Key Performance Details

RFID blocking principle: Metal enclosures attenuate the 13.56 MHz band used by contactless payment and NFC cards. The aluminum body performs this function as part of the structure, so blocking does not depend on a separate lining.

Clear ID window function: The window allows visual card identification without extraction, which reduces handling wear on cards and speeds up access-control or transit use.

Applications

How This Product Compares

Customization Options

Logo & Branding

Custom logo application is supported on the aluminum surface, allowing buyer branding to be integrated into the product rather than added as a label.

Size Formats

The design accommodates multiple size formats from below 2 inch up to 7 inch, so buyers can select the configuration that matches their target card count.

Surface Finish

Aluminum bodies accept a range of finishing treatments; specific finish options should be confirmed against buyer requirements during sampling.

Packaging Format

Retail-ready and standard export packaging can be specified to match the sales channel, from shelf display to e-commerce shipment.

Packaging & Shipping

Our factory supports standard export packaging as well as retail-ready formats for buyers selling through shelf or e-commerce channels. Packaging specification is confirmed at order stage so that box dimensions, insert type, and labeling align with the destination market. Shipments originate from Guangdong, China, and can be consolidated to match buyer distribution requirements.

Why Work With Us

Metal wallet manufacturing focus

Our factory specializes in metal wallet production, which means aluminum forming, finishing, and assembly are handled as core processes rather than outsourced steps.

OEM and logo customization

Custom logo and buyer-specified configurations are supported, allowing the NC0362 platform to be adapted into a private-label product.

Multiple size formats from one source

Because the design spans sizes from below 2 inch to 7 inch, buyers can consolidate several SKUs under a single supplier relationship.

RFID product experience

RFID-blocking metal construction is a core product category for our factory, so signal-attenuation behavior is understood as a design requirement rather than an afterthought.