Metallic Stearates # Zinc Stearates , Calcium Stearates

Zinc Stearate – WP
( For Plastic & Polymer Industries )

Zinc Stearate – TR
( For Plastic , Polymer , Paint , Waterproofing , Coating )

LaHEAT® – Calcium Stearate
( For Plastic & Polymer Industries )

Metallic Stearates
High-Performance Metallic Stearates for Plastics, Rubber, Coatings, Polymers & Industrial Applications
Metallic Stearates are versatile organometallic compounds widely used as lubricants, release agents, processing aids, dispersing agents, water repellents, stabilizers, and surface modifiers across plastics, rubber, polymer, coatings, construction, masterbatch, and other industrial applications.
Laveek Addchem supplies a range of high-quality metallic stearates designed to support consistent processing performance, surface quality, dispersion, release characteristics, and formulation efficiency.
Our metallic stearates are selected according to application requirements, processing conditions, purity, particle characteristics, moisture requirements, and compatibility with the final formulation.

What Are Metallic Stearates?
Metallic stearates are salts of stearic acid combined with metallic ions such as calcium, zinc, magnesium, aluminum, sodium, and lithium.
Their unique chemical and physical properties make them useful in a wide variety of industrial formulations. Depending on the metal component and manufacturing grade, metallic stearates can provide different levels of lubrication, release, dispersion, hydrophobicity, thermal behavior, and surface modification.
Commonly used metallic stearates include:
Calcium Stearate
Zinc Stearate
Magnesium Stearate
Aluminum Stearate
Sodium Stearate
Lithium Stearate
Other specialty metallic stearate grades
The correct grade depends on the polymer system, processing temperature, required lubrication, release characteristics, compatibility, and end-use application.

Metallic Stearates Product Range
Calcium Stearate
Calcium Stearate is widely used as an internal and external lubricant, processing aid, acid scavenger, release agent, and water-repellent additive.
It is commonly used in:
PVC processing
Plastic compounds
Masterbatch
Rubber
Construction materials
Polymer processing
Coatings
Adhesives
Cable compounds
Calcium stearate can help improve processing behavior and reduce friction between polymer materials and processing equipment.

Zinc Stearate
Zinc Stearate is a widely used multifunctional additive known for its lubricating, release, water-repellent, and surface-modifying properties.
Typical applications include:
Plastics
Rubber
PVC
Polystyrene
Polyurethane
Coatings
Printing inks
Masterbatch
Adhesives
Powder coatings
Release-agent formulations
Zinc stearate is particularly valued where good mold release, lubrication, dispersion, and surface characteristics are required.

Magnesium Stearate
Magnesium Stearate is a fine, hydrophobic metallic stearate used in applications requiring lubrication, anti-sticking behavior, water repellency, and surface modification.
Applications may include:
Plastics
Rubber
Industrial formulations
Powder processing
Construction chemicals
Coatings
Specialty formulations

Aluminum Stearate
Aluminum Stearate offers thickening, water-repellent, suspending, and rheology-modifying characteristics in selected formulations.
It can be used in:
Coatings
Greases
Lubricants
Waterproofing systems
Construction materials
Industrial formulations
Specialty chemical applications

Key Benefits of Metallic Stearates
Metallic stearates can provide multiple functional benefits depending on the grade and formulation.
1. Lubrication
Metallic stearates can reduce friction during polymer processing, helping improve material flow and processing efficiency.
2. Mold Release
Certain grades, particularly zinc stearate and calcium stearate, are commonly used as release agents to facilitate removal of molded products from processing equipment.
3. Processing Aid
Metallic stearates can improve processing characteristics and help minimize friction between polymer compounds and equipment surfaces.
4. Dispersion Improvement
They can contribute to better distribution of certain ingredients within polymer and industrial formulations.
5. Water Repellency
Many metallic stearates have hydrophobic characteristics that can help reduce water absorption and improve water resistance in selected applications.
6. Surface Modification
Metallic stearates can modify surface characteristics and contribute to improved finish, slip, and handling properties.
7. Anti-Sticking Properties
They can help minimize unwanted adhesion between particles, molded surfaces, and processing equipment.

Applications of Metallic Stearates
Metallic stearates are used across a broad range of industries because of their multifunctional properties.
Plastics & Polymer Industry
Metallic stearates are widely used in polymer processing as lubricants, release agents, processing aids, and stabilizer components.
Applications include:
PVC pipes
PVC profiles
PVC cables
Plastic sheets
Injection molding
Extrusion
Masterbatch
Compounding
Engineering plastics
Polymer additives
The appropriate metallic stearate can help improve processing performance, surface finish, release behavior, and production consistency.

Rubber Industry
Metallic stearates can be incorporated into rubber formulations as processing aids, lubricants, release agents, and surface modifiers.
They may be used in:
Industrial rubber products
Rubber compounds
Molded rubber components
Seals and gaskets
Extruded rubber products
Technical rubber applications

PVC Processing
Calcium stearate and zinc stearate are particularly important additives in many PVC formulations.
They may contribute to:
Processing lubrication
Mold release
Improved flow
Surface finish
Reduced processing friction
Stabilizer systems
Grade selection should be based on the PVC formulation, processing temperature, equipment, and required final properties.

Masterbatch & Compounding
Metallic stearates can be used in masterbatch and polymer-compounding applications to support pigment and additive processing.
Potential benefits include:
Improved processing
Better dispersion
Reduced friction
Improved material flow
Easier processing
Surface modification

Paints & Coatings
Selected metallic stearates are used in coatings and industrial formulations for properties such as water repellency, dispersion, rheology modification, surface modification, and anti-settling behavior.
Potential applications include:
Industrial coatings
Protective coatings
Powder coatings
Decorative coatings
Specialty coatings
Waterproof coatings

Construction Chemicals
Metallic stearates are used in selected construction-material formulations because of their hydrophobic and surface-modifying properties.
Applications can include:
Concrete additives
Cement-based products
Waterproofing compounds
Construction powders
Dry-mix formulations
Building-material additives

Why Choose Laveek Addchem for Metallic Stearates?
Laveek Addchem supplies specialty and performance-oriented chemical products to customers across India.
Our approach focuses on providing the right material according to the customer’s formulation and application requirements rather than treating every application with a single standard grade.
Our key strengths include:
Application-oriented product selection
Consistent industrial supply
Multiple metallic stearate options
Support for polymer and industrial applications
Bulk and commercial supply capabilities
Technical product information
Customer-focused formulation discussions
Supply across India
Whether you require metallic stearates for PVC, plastics, rubber, masterbatch, coatings, construction materials, or specialty formulations, our team can help identify a suitable grade based on your application.

How to Select the Right Metallic Stearate?
Selecting a metallic stearate should be based on several factors.
1. Application
First identify whether the material will be used in plastics, PVC, rubber, coatings, construction, masterbatch, or another application.
2. Processing Temperature
Processing temperature can influence the suitability and performance of different metallic stearate grades.
3. Lubrication Requirement
If the primary objective is internal or external lubrication, the appropriate grade should be selected according to the polymer system and processing equipment.
4. Release Requirement
For molding applications, release performance and compatibility with the polymer should be considered.
5. Moisture Resistance
For construction and other applications, hydrophobicity and water-repellent performance may be important selection criteria.
6. Particle Characteristics
Particle size, surface area, purity, moisture, and physical form can influence dispersion and processing performance.
7. Compatibility
The metallic stearate should be compatible with the other ingredients in the formulation and should not negatively affect the required final properties.

Metallic Stearates for Different Industries
Industry
Typical Function
Plastics
Lubricant, processing aid, release agent
PVC
Lubrication, processing aid, stabilizer component
Rubber
Processing aid, release agent, lubricant
Masterbatch
Processing aid, dispersion support
Polymer Compounding
Lubrication and processing
Coatings
Surface modification, water repellency
Construction
Hydrophobic additive, processing aid
Adhesives
Processing and surface modification
Powder Formulations
Anti-sticking and flow assistance

Metallic Stearates Supplier in India
Laveek Addchem is a specialty chemical supplier in India offering metallic stearates for industrial applications.
We support customers looking for metallic stearates for plastics, polymers, PVC, rubber, masterbatch, coatings, construction chemicals, and other industrial formulations.
Our product selection can be discussed according to:
Required metallic stearate
Application
Polymer or formulation
Required quantity
Processing conditions
Performance requirements
Packaging requirements
Delivery location
For commercial requirements, customers can contact our sales team for product availability, technical specifications, packaging, and quotation.

Frequently Asked Questions About Metallic Stearates
What are metallic stearates used for?
Metallic stearates are primarily used as lubricants, mold-release agents, processing aids, dispersing aids, water-repellent additives, stabilizer components, and surface modifiers.
Which metallic stearate is used in PVC?
Calcium stearate and zinc stearate are commonly used in PVC formulations. The appropriate grade depends on the PVC formulation, stabilizer system, processing conditions, and required performance.
What is zinc stearate used for?
Zinc stearate is commonly used as a lubricant, mold-release agent, processing aid, water-repellent additive, and surface modifier in plastics, rubber, coatings, masterbatch, and other industrial formulations.
What is calcium stearate used for?
Calcium stearate is commonly used as a lubricant, release agent, processing aid, acid scavenger, and hydrophobic additive in PVC, plastics, rubber, construction materials, and polymer applications.
Are metallic stearates used in plastics?
Yes. Metallic stearates are widely used in plastics and polymer processing for lubrication, mold release, processing assistance, and surface modification.
How do I choose between calcium stearate and zinc stearate?
The choice depends on the polymer system, processing conditions, stabilization package, lubrication requirement, release performance, and desired final properties. A formulation-specific evaluation is recommended before selecting the final grade.
Can metallic stearates be used in rubber?
Yes. Selected metallic stearates are used in rubber formulations as processing aids, lubricants, release agents, and surface modifiers.
Can metallic stearates be used in coatings?
Yes. Certain metallic stearates can be used in coating formulations for water repellency, surface modification, rheology-related functions, dispersion, and other formulation requirements.

Get the Right Metallic Stearate for Your Application
Choosing the correct metallic stearate can make a significant difference in processing efficiency, lubrication, release behavior, dispersion, surface quality, and formulation performance.
Laveek Addchem works with industrial customers to identify suitable metallic stearate grades based on their specific application and processing requirements.
Contact Laveek Addchem for metallic stearate product specifications, technical information, commercial quotation, and supply requirements.
Laveek Addchem
Specialty Chemicals & Performance Additives
Vadodara, Gujarat, India
Website: www.laveekaddchem.com
Email: info@laveekaddchem.com
Phone: +91 63587 89776

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