What makes the TPE jacket different from standard PVC?

TPE remains supple and flexible in cold weather, preventing stiffness and coiling small without memory. On charging cables that are wound and unwound repeatedly, this flexibility significantly extends durability compared to PVC equivalents like the PB487.

Can this cable support fast charging?

Yes, the ACE387TWH is rated for up to 2A charging, supporting faster wall adapters without throttling. It also carries USB 2.0 data at up to 480Mbps simultaneously for file transfer and backup.

Why is the molded shell design better?

The one-piece molded housing over the connector eliminates seams that can separate and distributes pull-out strain along the jacket instead of concentrating it at the cable entry point, where charging cables typically fail.

What customization options are available for bulk orders?

Length, jacket color, printed branding, and packaging (retail or bulk) are customizable for OEM/ODM orders. Contact us for specifications on your requirements.

What conductor material is used?

The ACE387TWH uses OFC (oxygen-free copper) conductors for high purity and reliable performance across charging and data transfer.

USB Cable

USB A to Micro USB 2.0 Cable - ACE387TWH(2A)

Name: USB A to Micro USB 2.0 Cable - ACE387TWH(2A)
Brand: Tonetron
SKU: ACE387TWH

White TPE Micro USB charging cable rated up to 2A, USB 2.0 at up to 480Mbps, with a one-piece moulded housing — the flexible build for cables that get coiled daily.

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Overview

The ACE387TWH is the TPE-jacketed model in this Micro USB range. TPE stays supple where PVC stiffens, and it keeps that flexibility in cold weather, so the cable coils small in a bag or pocket and springs back less when plugged into a phone on a bedside table or a car console. On a charging lead — the accessory that gets wound and unwound more than any other in a household — that property is the whole difference.

It is rated for charging at up to 2A, so it supports the faster wall adaptors rather than throttling them to a trickle, and carries USB 2.0 data at up to 480Mbps for file transfer and backup on the same lead.

The housing is moulded in one piece over the connector rather than assembled from a separate shell, which removes a seam that can separate and spreads pull-out strain along the jacket instead of concentrating it where the cable enters the plug — the point where charging cables normally fail.

Conductors are OFC high-purity oxygen-free copper. The jacket is white; the PB487 in the same range is the black PVC equivalent.

Each unit ships with one cable. Length, jacket colour, printed branding and retail or bulk packaging are customisable for OEM/ODM orders.

Specifications

Spec	Value
Model / Code	ACE387TWH
Cable Material	TPE
Cable Color	White
Shell Material	Molded
Connector	Micro USB 2.0
Data Speed	USB 2.0, up to 480Mbps
Charging	Up to 2A
Conductor	OFC high-purity oxygen-free copper

Frequently Asked Questions

What makes the TPE jacket different from standard PVC?: TPE remains supple and flexible in cold weather, preventing stiffness and coiling small without memory. On charging cables that are wound and unwound repeatedly, this flexibility significantly extends durability compared to PVC equivalents like the PB487.
Can this cable support fast charging?: Yes, the ACE387TWH is rated for up to 2A charging, supporting faster wall adapters without throttling. It also carries USB 2.0 data at up to 480Mbps simultaneously for file transfer and backup.
Why is the molded shell design better?: The one-piece molded housing over the connector eliminates seams that can separate and distributes pull-out strain along the jacket instead of concentrating it at the cable entry point, where charging cables typically fail.
What customization options are available for bulk orders?: Length, jacket color, printed branding, and packaging (retail or bulk) are customizable for OEM/ODM orders. Contact us for specifications on your requirements.
What conductor material is used?: The ACE387TWH uses OFC (oxygen-free copper) conductors for high purity and reliable performance across charging and data transfer.