Eco Products 7" Plantware® Disposable Fork - PLA, Black (EP-S017BLK) - Image 1
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SKU: 188-EPS017BLK
Brand: Eco Products
Model: EP-S017BLK

Eco Products 7" Plantware® Disposable Fork - PLA, Black (EP-S017BLK)

The Eco Products 7" Plantware® disposable fork in sleek black is made from 100% compostable PLA, offering a sustainable, single-use solution for restaurants and commercial kitchens. Lightweight yet durable, it meets eco-conscious needs without compromising functionality.

Key Features

  • 100% compostable PLA construction – breaks down in industrial composting, reducing landfill waste for eco-conscious kitchens.
  • 7" length with balanced weight (10.30g) for comfortable, professional single-use dining.
  • Sleek black color matches premium restaurant aesthetics while remaining durable for high-volume use.
  • Part of Eco Products' Plantware® series, trusted by restaurants for sustainable disposable solutions.
  • Eligible for free shipping on orders over $500 (U.S. contiguous states only), saving costs on bulk purchases.
Starting from $127.30/unit

Volume discounts available

Sustainability meets functionality with the Eco Products 7" Plantware® disposable fork in black (EP-S017BLK). Engineered from 100% compostable PLA, this eco-friendly fork is designed specifically for restaurants and commercial kitchens seeking high-performance, single-use cutlery that aligns with their green initiatives. Unlike traditional plastic, this fork breaks down naturally in industrial composting facilities, reducing waste while maintaining durability for everyday use. Its sleek black color ensures a professional appearance that complements any restaurant setting, from fine dining to fast-casual establishments. Ideal for catering, banquets, or as part of a disposable tableware package, this fork offers a practical solution for businesses prioritizing both sustainability and efficiency. Made by a trusted name in eco-friendly disposables, Eco Products, this fork is part of the Plantware® series, known for its commitment to minimizing environmental impact without compromising on functionality.