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Slip, Mar & Reduction of Coefficient of Friction

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Slip, Mar & Reduction of Coefficient of Friction

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Slip, Mar & Reduction of Coefficient of Friction Specification

Other Names
Stearamide, Slip Additive, Mar Resistance Agent

Ph Level
Neutral

Taste
Odorless

Solubility
Insoluble in water; soluble in organic solvents

Poisonous
No

Molecular Formula
C18H37NO

Shape
Powder/Granular

Molecular Weight
283.49 g/mol

Smell
Odorless

Application
Used to reduce coefficient of friction in plastics, improve surface slip, mar resistance, release properties

Structural Formula
CH3(CH2)16CONH2

Physical Form
Solid

Particle Size
8-15 microns

Grade
Industrial Grade

Melting Point
98-105C

Boiling point
Not applicable (decomposes)

Shelf Life
24 months

Density
0.95 Gram per cubic centimeter(g/cm3)

Chemical Name
Slip, Mar & Reduction of Coefficient of Friction Additive

CAS No
57-11-4

Type
Additive

Color
White

EINECS No
200-313-4

Usage
Plastic processing, films, injection molding, masterbatch

Purity(%)
99%

Storage
Store in cool, dry place, away from direct sunlight

Appearance
Fine Powder/Granules

Compatibility
Polyolefins, PVC, ABS, PS

Packaging Size
25 kg bags

Surface Activity
Excellent slip and anti-block properties

Thermal Stability
Stable up to 180°C

Toxicity
Non-toxic

Moisture Content
< 0.1%

Ash Content
< 0.1%

Oil Content
< 1%

Emulsifiability
Good

About Slip, Mar & Reduction of Coefficient of Friction

Slip, Mar & Reduction of Coefficient of Friction

SLOXKA 52 / SLOXKA CONC

SLOXKA 52

The entire range is precisely formulated by a team of highly experienced professionals, at our production unit.
Mar resistant additive for solvent based coating Imparts slip, scuff and coefficient of friction in polar coatings

SLOXKA Conc

These products are highly effective, two pack noxidant (part A and B) for offset inks for achieving high standards of press stability, duet freshness and prevention of skin losses. The offered range are solubility in fount solution eliminates it from mint and reduces drying setting time. They are known for their modified phenolated compounds based preparation and two pack.

Advanced Slip and Mar Resistance for Plastics

This additive significantly enhances the surface characteristics of plastics, reducing friction for easier processing and better end-product performance. Its inclusion provides superior slip, mar, and anti-blocking properties, which are crucial for film, sheet, and molded plastic goods. The product is non-toxic, highly pure, and compatible with a wide range of polymers.

Optimal Process Safety and Efficiency

The additive boasts excellent thermal stability up to 180C, ensuring process safety during high-temperature manufacturing. Its fine granular or powdered form disperses evenly into various plastic matrices, supporting consistent production quality. Safe handling and storage guidelines make it a reliable choice for industrial environments.

FAQs of Slip, Mar & Reduction of Coefficient of Friction:

Q: How does this additive improve slip and reduce the coefficient of friction in plastics?

A: The additive, comprised mainly of stearamide, migrates to the plastic surface during processing, creating a lubricating layer that significantly lowers the coefficient of friction. This reduces surface stickiness, making film and molded parts easier to handle and process.

Q: What types of plastics are compatible with this slip and mar resistance additive?

A: This product is compatible with polyolefins, PVC, ABS, and PS. It integrates easily into these polymer matrices, providing enhanced slip, mar resistance, and release properties during and after processing.

Q: When should I incorporate this additive into my plastic manufacturing process?

A: The additive should be added during the compounding or masterbatch stage prior to shaping or molding. Early addition ensures uniform dispersion, optimal slip effects, and mar resistance throughout the final product.

Q: Where is this additive most commonly used?

A: It is widely employed in the production of plastic films, injection-molded items, masterbatch formulations, and various plastic goods requiring improved surface finish and reduced friction. Industries such as packaging, automotive, and consumer goods benefit significantly from its properties.

Q: What is the recommended process for using this slip additive in plastics?

A: Typically, the additive is mixed with base polymers either through dry blending as powder/granules or by inclusion in masterbatches. It is then processed via extrusion, molding, or film blowing, where its surface activity promotes slip and anti-blocking during manufacturing.

Q: What are the main benefits of using this additive in plastic processing?

A: Key advantages include reduced surface friction, improved mar resistance, enhanced release from molds, and prevention of film blocking. The product is non-toxic, thermally stable, and does not affect the appearance or structural integrity of the finished plastic.

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