Anti Skrinage Masterbatch

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Anti-Shrinkage Masterbatch: Dimensional Stability for Precision Plastics

In the plastic molding and extrusion industry, maintaining dimensional accuracy is critical—especially in technical, automotive, appliance, and packaging applications. One of the most common issues that affects plastic components post-processing is shrinkage, which can cause warping, size mismatch, cracks, and rejections.

The solution? Anti-Shrinkage Masterbatch—a specialized additive masterbatch designed to reduce shrinkage and improve the structural integrity of molded or extruded plastic parts.

Dot Design

What is Anti-Shrinkage Masterbatch?

Anti-Shrinkage Masterbatch (sometimes referred to as Anti-Skrinage Masterbatch) is a concentrated formulation of mineral fillers (like talc, calcium carbonate, or glass beads) and anti-warping agents that are dispersed in a compatible polymer carrier.

It is added to thermoplastics during processing to:

  • Minimize post-cooling shrinkage
  • Prevent warping and deformation
  • Enhance mechanical stability and dimensional control

     

Available for a wide range of base resins, such as:

  • PP (Polypropylene)
  • PE (Polyethylene)
  • ABS
  • HIPS
  • PA (Nylon)
  • PBT
  • PET
  • PC and blends

Technical Overview

Property Typical Range
Carrier Resin PP, PE, ABS, universal
Dosage Level 5% – 25% (depending on application)
Filler Type Talc, Calcium Carbonate, Silica, etc.
Particle Size Micronized or nano-grade options
Thermal Stability Up to 300°C
Surface Finish Impact Matte to semi-gloss (can be customized)

How It Works

Shrinkage occurs when a plastic part cools and solidifies, leading to contraction of polymer chains. Anti-shrinkage masterbatch works by:

  • Incorporating inorganic fillers that occupy volume and resist shrinkage.
  • Slowing down crystallization (in semi-crystalline polymers like PP).
  • Improving heat dissipation, resulting in more uniform cooling.

Conclusion

Anti-Shrinkage Masterbatch is an essential additive for manufacturers seeking precision, stability, and zero-warp performance in plastic parts. From automotive trims to appliance housings, it ensures consistent results with fewer rejections and less post-processing. For high-tolerance applications, this masterbatch provides both functional integrity and production efficiency.

Benefits

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Improves Dimensional Accuracy

Reduces Post-Molding Shrinkage

Prevents Warpage and Cracking

Enhances Stiffness and Strength

Cost-Effective

Minimizes Rework and Rejections

Compatible with Various Polymers

Customizable Formulations

Wave Shape

Industrial Applications

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Monofilament and multifilament extrusion img

Industrial Molded Parts

Aerospace interior parts img

Automotive

Rotomolding img

Home Appliances

61ZtMd72-vL

Injection Molded Furniture

rigid-packaging

Rigid Packaging

High-Temperature Flexible Pipes

Precision Engineering Plastics

White Chameleon

Elevating Plastics with Superior Anti Skrinage Masterbatch

Unmatched quality, performance, and customization for every industry.

Frequently Asked Questions

Our FAQ section provides clear answers to common questions about white masterbatches, from product features to application details. We aim to help you understand how our solutions can improve your plastic products. If you have further inquiries, our team is always ready to assist you.

What causes shrinkage in plastic parts?

 Thermal contraction during cooling and solidification of molten polymer.

 By adding fillers and modifiers that resist volume loss and stabilize form.

 Between 5% and 25%, depending on part thickness and shrinkage requirement.

 Yes—suitable for both processes.

 Slightly—it can reduce gloss depending on filler content. Glossy options are available.

Food-grade versions are available upon request.

 Typically improves stiffness; impact resistance depends on filler type and dosage.

Yes, but slight color adjustment may be required to compensate for fillers.

 No—it remains compatible with most recycling systems.

Yes—it provides better dimensional stability even in thin-walled designs.

Absolutely—it’s ideal for components requiring tight tolerances.

Talc, CaCO₃, glass beads, silica, mica, or nano clay depending on performance needs.

 Yes—it helps retain form in formed sheets or trays.

 In most cases, it slightly improves cooling time due to better heat transfer.

 Yes—the effect lasts as long as the part exists.

It minimizes shrinkage even when regrind or recycled materials are used.

 Yes—based on shrinkage %, resin type, and final application.

 Definitely—prevention is more efficient and cost-effective than correction.

 Yes—it maintains geometry and reduces warping during or after extrusion.

 Through trusted suppliers and platforms like MasterbatchManufacturers.com.

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