100% Natural, no chemical and made from Water Hyacinth
An artisan carefully weaved these slippers by hand. Each one is a work of wearable art. Natural slippers are made from sun-dried water hyacinth with no chemicals, glues or other toxins that might be absorbed through your feet.
Natural slippers made from water hyacinth that has been dried and woven so strong and durable so that they donot hold on to dust other bits that can have regular fabric slippers looking and smelly not so nice.
Product Name: Water Hyacinth Slipper
Origin: VietNam
Ingredients: Natural Water Hyacinth Slippers
Color: Natural
Size: Many sizes as request
Shape: Oval or as request
Feature: Durable, eco-friendly, 100% natural material, super light, comfortable, airy smell-resistant, disposable.
Packing: PP bags then in cartons
1. Material:
Upper: 100% natural water hyacinth, woven by hand.
Sole: Can be made from water hyacinth, EVA foam, rubber, or a combination of materials for added durability and comfort.
2. Size:
Available in various sizes, typically ranging from 36 to 45 (EU size) or equivalent sizes in other regions.
Custom sizing: Available upon request.
3. Design:
Style: Open-toe, closed-toe, or sandal-style slippers.
Weaving Pattern: Handwoven patterns, often featuring a simple or intricate weave.
Color: Natural beige or light brown. Some designs may include dyed fibers or decorative elements like fabric trims or beads.
4. Weight:
Lightweight, typically ranging from 200 to 400 grams per pair, depending on size and sole material.
Midsole Material : Water Hyacinth
Style: Home Slippers
Outsole Material: Water Hyacinth
Upper Material: Water Hyacinth
Feature: Fashion Trend, Light Weight, Recyclable, Eco-Friendly
Handmade water hyacinth slippers and shoes are constructed entirely of real water hyacinth. These slippers are incredibly comfy and light thanks to the meticulous hand weaving of an artist. Natural slippers are created from sun-dried water hyacinth and don't include any glues, chemicals, or other pollutants that your feet could potentially absorb.
Specifications