Floating Lint Filter for Washing Machine, Reusable Mesh Bag Set with VShape Lint Capture Technology

Lint filter and 20 mesh bags set for washing machines. This lightweight kit helps trap lint and fuzz, protect delicate items, and reduce tangling during washes. The floating V shaped lint filter and fine polyester mesh work together to collect debris while preventing it from flowing back into the drum. Key benefits Captures lint and fuzz before it sticks to garments or clogs the drain. Protects delicate fabrics from abrasion and tangling. Floating V shaped filter design provides continuous collection during the wash cycle. Universal fit for load and front load machines. Durable materials for repeated use: PP frame and polyester mesh. Product features Material: PP and polyester for lightweight durability. Design: V shaped floating lint filter with fine mesh to improve lint capture. Mesh bags: 20 polyester mesh bags included to protect smaller garments and contain loose fibers. Compatibility: Suitable for all types of household washing machines. Suitability: Designed for families, students, and professionals who want cleaner laundry with less lint. Use scenarios Pet owners: Remove pet hair from sweaters and blankets before it adheres to fabric. Delicate care: Wash lingerie, knitwear, and embellished garments in mesh bags to prevent stretching and snagging. Shared laundry or laundromat use: Keep small items together and reduce lint transfer between loads. How to use Place the V shaped lint filter in the washing machine drum so it floats during the cycle. Put small or delicate items into the mesh bags and close each bag before washing. After the cycle, remove collected lint from the filter and empty the mesh bags as needed. Specifications Material: PP and polyester Color options: Gray, Orange, Yellow, Green Size: See detail sizes in the pictures Package includes: 1 set laundry hair filter bag set (lint filter plus 20 mesh bags) Notes Allow 1 to 2 cm variation due to manual measurement. Actual item color may vary slightly from pictures due to monitor differences.