





























Recent Purchase
View All
Customer Reviews
Average Rating
5.0





5.0
3 global ratings
5 star
100%
4 star
0%
3 star
0%
2 star
0%
1 star
0%
All Reviews
Image
Recommend
Recent
1***m

Helpful (4)
Best pay now and later app I have ever use ..great items .
Mar.19.2025

Helpful (4)
Mar.19.2025
1***m

Helpful (3)
5 stars coz I’m always pleased with all the orders I’ve got. The size fit me well, the texture of the cloth and ofcourse what I see in the picture is exactly what I got. So from now on , this is the site to buy all my fashion clothes. Love it!
Jan.12.2025

Helpful (3)
Jan.12.2025
1***m

Helpful (3)
I always receive my orders in a timely fashion. Products are normal as advertised on their site. Quality of the items are normal on point. I will continue shopping with OKWISHING in the future.
Feb.17.2025

Helpful (3)
Feb.17.2025
- 1
Keyboard Sound Dampening Foam 61 Layout Silencer Pad Gasket EVA Foam Keyboard Switches Dampening Foam Pad for Mechanical
$2.9$4.56-36.4%
Color:
Default
Quantity:
Add to Cart
Wishlist
Features
Premium EVA Foam for Keyboard Sound Dampening
High-density EVA foam effectively absorbs vibrations and reduces switch noise, delivering a quieter typing experience without compromising tactile feedback.
Precision-Cut for 61-Layout Keyboards
Laser-cut design ensures perfect alignment with 61-key mechanical keyboards, offering seamless installation and uniform sound absorption.
Enhanced Durability & Non-Slip Base
Reinforced edges and anti-slip texture prevent shifting during use, maintaining consistent performance even with heavy typing or gaming sessions.
Multi-Scenario Noise Control
Ideal for offices, gaming setups, and shared workspaces—minimizes distractions while preserving mechanical keyboard responsiveness.
Easy DIY Installation
Peel-and-stick adhesive backing allows quick setup without tools; compatible with most plate-mounted switches for hassle-free customization.
Ultra-Thin & Lightweight Design
0.5mm thickness fits effortlessly beneath switches, adding minimal height while maximizing sound dampening efficiency.
See More