appa.q.q_05

60W 4-in-1 Charging Phone Lanyard

Brand Promocollection

CodePCBA155

This 4-in-1 lanyard USB cable comes with multiple connectors and will bring you a convenient way to charge and transfer data for your devices. It features Micro USB, Type-C, Lightning and USB-A, Type-C to Type-C supporting up to 60W output, supporting up to 60W output, even for laptops, and providing a fast transfer speed of about 33.1Mb/s. What makes this product unique is its durable nylon and ABS material, stylish lanyard design, and keyring attachment, making it easy to carry anywhere. You can customize the ABS shell or phone patch with your logo by screen print or digital UV print. This item would surely become the perfect giveaway to promote your brand at events, trade shows, or corporate campaigns. Features: - Comes with 4-in-1 connectors for multi-device charging. - It features Micro USB, Type-C, Lightning and USB-A, Type-C to Type-C supporting up to 60W output. - Unique in nylon braided cable, durable ABS shell and keyring attachment. - Customize with your logo by screen print or digital UV print. - Available in 5 colours, perfect for giveaways and promotions. Size: Length: 71cm (including phone patch) Material: Nylon, ABS Print position: ABS shell & Phone patch Print area: ABS shell: Screen print: 1.7x3cm Digital UV print: 2.5x3cm Phone patch: 5.6x1.3cm

This Promocollection 60W 4-in-1 Charging Phone Lanyard is part of our Charging Cables range. Construction uses nylon, ABS. Visually, it reads as modern, with a professional mood. Common use cases include office, events, and promotions. It is a natural match for trade shows and corporate campaigns. It is aimed at professionals and adults. Available in Black, Green, Reflex blue, Rose red, and White. Available from 50 units, starting at $0.67 each. Bulk pricing quantity breaks are set at 50, 100, 250, 500, 1000, 2500, and 5000 units. Branding is available via Screen Print. Ink pushed through a fine mesh screen onto flat products. Large print areas, vibrant colours — the classic method for apparel.