What is the main properties of HPMC?

Water Retention Workability Adhensive Force It prevents premature drying, ensuring smoother application and a uniform, durable finish. Durability HPMC greatly enhances the durability of construction materials by reducing the risk of cracking and improving surface strength. Its excellent water retention ensures proper hydration and curing, preventing shrinkage-related failures. By reinforcing internal cohesion and adhesion, HPMC creates denser, more resilient structures that withstand mechanical

New Products Building Material Powder Strong Stretch HPMC for Self Leveling Mortar

Name: New Products Building Material Powder Strong Stretch HPMC for Self Leveling Mortar
Brand: Hebei Celix Cellulose Co.,Ltd.
SKU: 2146630912

Hebei, ChinaHebei Celix Cellulose Co.,Ltd.

US$1.30-2.30

1 kg

Sample price:US$0.10/piece.Request sample

Product profile

Customization

Available

Apperance

White Powder

Application

Construction

Function

Water Retention

Grade

Industrial Grade

Particle Size

100 mesh

Solubility

Soluble in Water

Viscosity

300-20000cps

Methoxyl

19-24

Hydroxypropyl

7.5-12

Ash

Below 5

Density

370-390

Moisture

Below 5

pH Value

6-8

Grainness

80 Mesh

Gel Temperature

60-70°C

Transport Package

Secure, Standardized Packaging for Safe Transport

Specification

25kg/bag

Trademark

Celix

Origin

China

HS Code

3912390000

Production Capacity

30000tons

Key features

18 Years Manufacturing Expertise: Celix Cellulose has 18 years of professional experience in producing HPMC, HEMC, HEC, and RDP.

High Production Capacity: Annual output reaches 30,000 tons with 4 production lines and 100% finished product inspection.

Custom Viscosity Options: Viscosity ranges from 300 to 200,000 mPa.s with customizable Methoxyl and Hydroxypropyl content.

Wide Application Range: Suitable for tile adhesives, self-leveling mortars, wall putty, EIFS systems, and paints.

Superior Water Retention: Ensures proper hydration, prevents premature drying, and improves surface durability.

Enhanced Workability: Improves spreadability and open time, reducing drag and waste during construction application.

Anti-Sag Performance: Provides excellent resistance to sagging for strong bonding in vertical tile adhesive applications.

Global Logistics Support: Flexible transportation solutions from Tianjin Port to Asia, Europe, Americas, and Africa.

Company profile

Fast DeliveryIn-stock CapacityOEM ServicesR&D Capabilities

Hebei Celix Cellulose Co.,Ltd.

Hebei, China

CertifiedBusiness Type: Manufacturer/Factory CertifiedR&D Capacity: ODM Service Available & OEM Service Available CertifiedCustomization Options: Customization from Samples CertifiedExport Year: 1year CertifiedNearest Port: Tianjin PortAverage Response Time: ≤0.89h

AI-Powered supplier vetting

SummaryHebei Celix Cellulose Co., Ltd., established in 2007 and based in Hebei, China, is a manufacturer specializing in cellulose ethers with a strong focus on quality, innovation, and sustainability. The company has a national distribution network and a recognized R&D lab in Jinzhou, but lacks explicit information on certifications and after-sales services. With an annual production output of 30,000 tons and exports contributing 41-50% of their sales, Celix has a significant presence in both domestic and international markets. However, details on their financial credibility, customization capabilities, and customer cases remain unknown.

Supplier typeHebei Celix Cellulose Co., Ltd. is a manufacturer based in Hebei, China, primarily engaged in the production of cellulose ethers and other chemical products.

CertificationsCelix's certification status is unclear as they do not hold any specific supplier management systems certification according to the available data.

R&D capabilityCelix has demonstrated innovation capability with a recognized R&D lab in Jinzhou focused on customer-oriented research.

Production capacityWith four production lines and an annual output of 30,000 tons, Celix shows strong production capability, particularly in cellulose ethers.