Premium HPMC Powder for High-Performance Construction Applications
Exceptional Quality Hydroxypropyl Methyl Cellulose Ether (HPMC) engineered for superior cement and tile adhesive formulations. Ultra-fine powder ensures smooth mixing and optimal viscosity control in mortars and renders.
Specially treated cellulose fibers enhance water retention, dramatically reducing cracking and improving workability. Ideal for high-stress environments like flooring adhesives, exterior insulation systems, and self-leveling compounds.
Manufactured to exacting ISO standards with consistent molecular weight distribution. Low ash content (<5%) guarantees purity while maintaining exceptional binding properties even in extreme temperatures.
Bulk packaging available for industrial-scale projects. Ships in moisture-proof laminated bags with UV protection to preserve chemical integrity. Custom particle size options (80-200 mesh) available for specialized applications.
Global logistics network ensures fastest delivery to job sites worldwide. Factory-direct pricing with volume discounts for contractors and distributors.






























Recent Purchase
View All
Customer Reviews
Average Rating
4.5





4.5
2 global ratings
5 star
50%
4 star
50%
3 star
0%
2 star
0%
1 star
0%
All Reviews
Image
Recommend
Recent
1***m

Helpful (4)
I was introduced to OKWISHING by my kids. I tried my very first purchase the end of last year for Christmas. And I’ve been rocking with them every since. I believe I’ve made around 6 or 7 large orders and other than a couple items being too big there’s no complaints here. Not to mention my return was free and quickly processed. Now I have to go and Shop with OKWISHING so have a Blessed Day.
Jul.19.2024

Helpful (4)
Jul.19.2024
1***m

Helpful
OKWISHING's shipping is reliable and efficient.
Jul.07.2024

Helpful
Jul.07.2024
- 1
Construction chemical manufacture HPMC powder price hydroxypropyl methyl cellulose ether HPMC for cement and tile adhesives
$4800
Color:
Default
Quantity:
Add to Cart
Wishlist
Features
See More