eSTUFF 100% recyklovaný plast - domáca nabíjačka USB-C PD 3A 20W, EU zástrčka - biela

The eSTUFF Home Charger ES637025 is a compact indoor USB-C power adapter delivering up to 20W (3A) output for fast charging of smartphones, smartwatches and tablets. The charger housing is made from recycled post-consumer polycarbonate certified to the Global Recycled Standard (Intertek 233481). The product is tested for use within the EU by a Danish laboratory and comes in a plastic-free retail box made from FSC paper printed with soy ink.

Advantages

This 20W USB-C PD charger offers efficient charging in a small form factor and includes built-in protections against overvoltage, overheating, overload, short circuit and undervoltage. Its enclosure uses 98% GRS-certified recycled post-consumer polycarbonate, reducing the use of virgin plastic. The packaging is plastic-free and made from responsibly sourced materials.

Suitable for

• Fast charging smartphones via USB-C (PD compatible)
• Charging tablets that accept up to 20W input
• Powering smartwatches and other small USB-C devices

Key specifications

• Model: eSTUFF ES637025
• Maximum output: 20 W
• Output current: up to 3 A
• Port: 1 × USB-C (Power Delivery)
• Input voltage: 100–240 V AC
• Charger type: Indoor (home charger)
• Material: 98% GRS-certified recycled post-consumer polycarbonate (shell)
• Colour: White
• Weight: 0.05 kg
• Packaging: Plastic-free retail box, FSC paper with soy ink

How to use

Connect the charger to an AC outlet within the specified input voltage range (100–240 V). Plug a USB-C cable into the charger and the other end into your device. The charger negotiates power with PD-compatible devices to deliver up to 20W and will supply appropriate current for supported smartphones, tablets and smartwatches. Unplug the charger when not in use.

Recommendations

Use only with compatible USB-C cables and devices. Avoid exposure to moisture and extreme temperatures. For safe operation, use the charger indoors and follow device manufacturer guidance regarding charging conditions.