High Viscosity HPMC Powder Coating Detergent

Name: High Viscosity HPMC Powder Coating Detergent
Brand: Hebei Celix Cellulose Co.,Ltd.
SKU: 1999061371

Hebei, ChinaHebei Celix Cellulose Co.,Ltd.

US$2.90

1,000-4,999 kg

US$1.30

5,000+ kg

Sample price:US$0.10/bag.Request sample

Product profile

Customization

Available

Apperance

White Powder

Application

Construction

Model NO.

PM-65U/PM-75U/PM-Pro-SWP/PM-Pro-G2/PM-Pro-AS2T+/PM

Function

Water Retention

Grade

Industrial Grade

Particle Size

80 Mesh

Solubility

Soluble in Water

Viscosity

50000-75000 Brookfield

Usage

Tile Adhesive

Workability

Good

Adhesive Force

High

Water Retention

High

Transport Package

25kg/Bag

Specification

12 Ton with pallet

Trademark

Celix

Origin

China

HS Code

3912390000

Production Capacity

30000ton/Year

Key features

High Water Retention: Ensures complete cement hydration and prevents hollowing or cracking.

Anti-Slip & Anti-Sag: Provides excellent thixotropy for vertical wall applications and large tiles.

Extended Open Time: Delays skinning in hot climates, allowing ample time for adjustments.

High Viscosity Range: Viscosity available from 350 to 75000 mPa.s to suit various needs.

ISO & SGS Certified: Manufactured with ISO9001, ISO14001, SGS, and REACH certifications.

Custom Branding Support: Offers custom printing and packaging options for 25kg bags.

Rapid Port Dispatch: Goods reach Tianjin or Qingdao ports within 24 hours of warehouse release.

Tailored Technical Solutions: Viscosity and formulation adjusted based on local climate and substrate.

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: ≤0.58h

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.

Product Q&A

Q:Why does the tensile bond strength of tile adhesive fail to meet standards after curing or water immersion?

Insufficient water retention leads to incomplete cement hydration; alternatively, excessive air entrainment by HPMC results in an abundance of internal air bubbles and reduced density in the hardened material.

Q:Workers report that the tile adhesive feels too heavy and sticks to the trowel during application; how can the workability be improved?

Appropriately lower the viscosity specification of the HPMC and switch to a modified cellulose ether with high lubricating properties.

Q:Is HPMC the reason why the setting and hardening process is too slow after tile installation, thereby delaying the subsequent grouting?

The dosage of HPMC exceeded the limit, or the distribution of methyl/hydroxypropyl substituent groups in the product itself exerted an excessively strong retarding effect on cement hydration.