MMFT - Gtechniq MF1 ZeroR Microfiber Buff Cloth *3-Pack

MF1 ZeroR Microfiber Buff Cloth *3-Pack

Why use a Gtechniq ZeroR Microfiber Buff Cloth?

This short pile, warp knit 300 gsm, 40x40cm, high polyamide content cloth is the optimum cloth for removing residues from delicate, high gloss surfaces. The extra polyamide content (it has 30% vs as little as 10% for standard cloths) and the ultra split nature of the fibers make the MF1 exceptionally efficient at residue removal and significantly softer than standard cloths.

Features:

• 40 x 40 cm
• High polyamide content
• Ultra-soft and very effective for removing residues
• Edgeless
• Debossed Gtechniq logo

Specifications:

• Colors may vary
• Size: 40×40 cm
• Weight: 300GSM
• Contains: 70% Polyester, 30% Polyamide, Ultra fine microfiber, 0.13 denier

Simple steps to help you get the best results:

• Wash microfiber products separately from other fabrics to avoid clothes being contaminated with lint
• Wash at 30°C using half the normal amount of bleach-free detergent
• Do not use fabric softener, as this clogs the microfibers, reducing their effectiveness
• If the cloth is very dirty, adding half a cup of vinegar to the wash is advisable, as it helps to remove product residues from the microfibers
• Either air dry or machine dry at a low temperature

The Gtechniq MF1 ZeroR Microfiber Buff Cloth 3-Pack provides a solution for residue removal from delicate, high-gloss surfaces. These 40x40cm cloths feature a short pile, warp knit construction with a 300 GSM weight. Designed for IT professionals and businesses handling sensitive equipment, the MF1 cloths utilize a high polyamide content (30% Polyamide, 70% Polyester) and ultra-split fibers. This composition aims to enhance residue removal efficiency and provide a softer touch compared to standard microfiber cloths. The edgeless design further reduces the risk of marring surfaces. This product, identified by part number MMFT, is suitable for environments where maintaining the pristine condition of high-gloss equipment is critical, addressing the challenge of effective cleaning without causing damage.