putty-chemical

Putty Chemical for Smooth Walls

  • construction-chemcial-application
  • putty-additives
  • mhec-powder-supplier
  • hydroxy-ethyl-cellulose
  • mortar-additive-hpmc
  • construction-chemcial-application
  • putty-additives
  • mhec-powder-supplier
  • hydroxy-ethyl-cellulose
  • mortar-additive-hpmc

Putty Chemical At WOTAIchem

WOTAIchem produces types of wall putty ingredients. That is cellulose ether and re-dispersible polymer powder.

 

Our cellulose ether category includes HPMC, MHEC/HEMC, and HEC cellulose. Cellulose ether is an effective thickening agent in putty admixtures. They enhance the viscosity and workability of the putty. Ensuring easy application and optimal adhesion to various surfaces.

 

Redispensable polymer powder unlocks silky and shining walls in many ways.

 

>Enhancing adhesion.
>Reduces cracking.
>Improves durability.

Putty Chemical HPMC Hydroxypropyl Methyl Cellulose

premium-hpmc-powder
TPA50K
Moisture ≤5%
Ash ≤5%
Methoxy Content 19-24%
Hydroxyethyl Content 4-12%
pH Value 6-8
Viscosity 40,000-55000 mPa.s
hpmc-grades
TPB50K
Moisture ≤5%
Ash ≤5%
Methoxy Content 19-24%
Hydroxyethyl Content 4-12%
pH Value 6-8
Viscosity 40,000-55000 mPa.s
hpmc-powder-product
TP-Pr50K
Moisture ≤5%
Ash ≤5%
Methoxy Content 19-24%
Hydroxyethyl Content 4-12%
pH Value 6-8
Viscosity 40,000-55000 mPa.s

Putty Chemical HEMC hydroxyethyl methyl cellulose

hemc-powder-manufacturer
TEA50K
Moisture ≤5%
Gel Temperature 70-75%
Methoxy Content 21-24%
Hydroxyethyl Content 7-10%
pH Value 7-9
Viscosity 50,000-60,000 mPa.s
hemc-powder-supplier
TEB50K
Moisture ≤5%
Gel Temperature 70-75%
Methoxy Content 21-24%
Hydroxyethyl Content 7-10%
pH Value 7-9
Viscosity 50,000-60,000 mPa.s
mhec-powder-manufacturer
TE50K-S
Moisture ≤5%
Gel Temperature 70-75%
Methoxy Content 21-24%
Hydroxyethyl Content 7-10%
pH Value 7-9
Viscosity 50,000-60,000 mPa.s

Putty Chemical Rediserpsible Polymer Powder

  • redispersible-polymer-supplier
    Appearance White Powder
    Protective Colloid PVA
    Solid Content 99%
    Ash Content 12±2
    Average Particle Size <300μm
  • 5043-rdp-polymer
    Appearance White Powder
    Protective Colloid PVA
    Solid Content 99%
    Ash Content 12±2
    Average Particle Size <300μm
  • rdp-polymer-5045
    Appearance White Powder
    Protective Colloid PVA
    Solid Content 99%
    Ash Content 12±2
    Average Particle Size <300μm
  • rdp-polymer-5046
    Appearance White Powder
    Protective Colloid PVA
    Solid Content 99%
    Ash Content 10±2
    Average Particle Size <300μm
  • rdp-polymer-5048
    Appearance White Powder
    Protective Colloid PVA
    Solid Content 99%
    Ash Content 10±2
    Average Particle Size <300μm

Say Goodbye to Wall Imperfections with High-Performance Putty Chemical!

Putty Cracks
Drying too Fast
Putty Shrinkage
Lack of Adhesion

Cover Cracks Easily with WOTAIchem Putty Chemical

Cellulose ether fixes putty cracks with the following:
-More flexible, easy to work with, and more sticky.
-Protection against environmental factors.
-Longer-lasting and stable putty performance.
-Staying smooth and crack-free surface.

 

Redispersible polymer powder addresses putty cracks through:
-Making it more flexible with adhesiveness.
-Creating a flexible film as putty dries.
-Increasing durability and putty stickiness.
-Resulting in a smoother and tougher surface.

putty-cracks
putty-qucik-dry

Putty Chemical Overcome Rapid Drying

By incorporating cellulose ether, you can effectively extend the putty drying time.

 

Cellulose ether has a high capacity for water retention. It extends the opening time of putty mixtures.
Easy to apply, and the chances of cracks are down to a minimum.
Cellulose ether also provides better adhesion to different surfaces.

 

Putty chemical VAE RDP powder solves the issue of fast-drying putties by:

 

Prolonging the drying time and extended opening time.
Reduce cracks formation as the putty dries. And a smoother and silky finish was achieved!

WOTAIchem Putty Chemical: Know the Difference

team-briefing

Yuanwang Group is a State-Owned Enterprise (SOE) with strong support from the Chinese government. We receive investment in factories and R&D centers. This is the number one advantage that sets us apart from the rest competitors.

 

>>We value our brand image and our reputation in the industry. Thus, we prioritize excellence in everything we do to maintain and strengthen the trust of our partners.

lab-test

Quality is a non-negotiable aspect of our business. It serves as the foundation of trust with our global partners. It determines whether we can establish a long-term relationship or lose our competitive edge.

 

>>The team of WOTAIchem is here to serve with professionalism. Ensuring your needs are met efficiently and with the highest standards of quality.

construction-chemical-supplier
Discover the Secret to Perfect Wall Finishes with Putty Chemical!

FAQ

Have any questions? We’re here to help you out.

What causes severe powdering in the putty layer, and how does it occur?

The phenomenon of severe powdering in the putty layer can be attributed to the ineffective performance of the bonding system. Several factors may contribute to this issue:

 

a. Quality Issues in the Bonding Agent of the Putty:

The presence of quality issues in the bonding agent of the putty itself can lead to poor adhesion. It’s essential to ensure the bonding agent’s quality to prevent powdering.

 

b. Ineffective Operation of the Bonding Agent:

The bonding agent in the adhesive mechanism contains adhesive powder in wet mortar.

 

This adhesive mechanism relies on the gradual reduction of water absorption in the base layer, the consumption of water-reactive materials, and the evaporation of the surface layer to reduce. As these factors occur, resin particles gradually approach, the interface becomes blurred, and the resin gradually merges.

 

Eventually, it forms a continuous high-molecular connection. This process primarily occurs in the mortar’s air voids and solid surfaces. Creating the bonding effect.

 

Rapid moisture loss can occur if the putty layer is applied too thinly or heated after application. This prevents resin particles in the bonding agent from forming a solid connection. Resulting in a loss of bonding effectiveness.

What is the difference between rendering and skimming?

Rendering and putty skimming are sequential construction processes. The rendering is done first, followed by putty skimming.
The differences are as follows:

 

1. Rendering:

– Includes both building rendering and decorative rendering.

– Mainly aimed at improving aesthetics.

– Uses materials mixed with aggregates like sand, resulting in a thicker application for initial wall leveling.

 

2. Putty Skimming:
– Refers to wall putty plastering.

– Primarily used for final smoothing and leveling.

– Does not contain aggregates; materials are fine and applied in a thin layer.

 

In summary, rendering is applied first to achieve basic wall leveling and aesthetics. Putty skimming (wall plastering) is applied later for final surface smoothing without the use of aggregates.

How does redispersible polymer powder contribute to wall putty applications?

Redispersible polymer powder plays a crucial role in wall putty applications. It enhances the putty’s performance in three essential ways.

 

Increased Flexibility and Strength.
It makes the putty more flexible and stronger, allowing for better results.

 

Improved Surface Adhesion.
Redispersible polymer powder enhances adhesion to surfaces, ensuring the putty sticks are secure.

 

Enhanced Durability and Smooth Finish.
It leads to a more durable and smoother wall putty finish, creating a high-quality surface.

How to reduce costs in interior wall putty formulations?

If the white cement in your interior wall putty formulation is below 5kg, consider removing it. Replace RDP powder with PVA powder. PVA powder usually has higher hardness and requires less quantity. However, note that PVA is not waterproof and can only be used for producing ordinary interior wall putty.

 

Adjustments to specific formulation quantities should be made based on your specific requirements. Feel free to contact our experts for further consultation.

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