We apologize! The document was not able to download due to an unknown error. Our team has been notified and we will fix it as soon as possible. Fill out the form below, and we will send you the document as soon as we can!
PARALOID™ K-130D
PARALOID™ K-130D is a processing aid in vinyl production that boosts clarity and improves performance.
PARALOID™ K-130D is a free-flowing acrylic-polymer processing aid designed to improve the fusion, flow, strength, and surface appearance of rigid or flexible polyvinyl chloride (PVC). PARALOID™ K-130D acrylic processing aid offers excellent dispersibility benefits with high clarity and improved melt-strength efficiency. PARALOID™ K-130D offers synergistic capabilities between other Dow Chemical processing aids, like PARALOID™ K-120ND and PARALOID™ K-125, while providing clarity and melt-strength efficiency.
Specifications
Color: White Form: Free-flowing powder Volatiles (% max): <1% Bulk density (g/cc): 0.39–0.47
Primary Chemistry: Acrylic Process Aid
Features & Benefits
High clarity in vinyl products Increased efficiency in production Maintains die-swell and viscosity for blow-molding Raises melt strength for better thermoforming Speeds fusion and homogenous melt capabilities Excellent melt strength for improved outputs
Problems Solved
Inadequate surface finish in rigid and flexible vinyl applications
Low melt strength in thermoforming PVC processes
Viscosity control difficulties in blow molding applications
Formulation requirements for clear or transparent PVC products
Applications
Calendered, extruded, or blow molding PVC applications
Dow Chemical’s full line of PARALOID™ Impact Modifiers and Process Aids coupled with their technical team can help you achieve the performance needed to make your projects successful.
PARALOID™ impact modifiers and processing aids are high performance additives from Dow that are engineered to improve the processability, impact resistance, and gloss in a variety of coating, adhesive, and sealant formulations. These industries all require reliable and long-lasting protection to meet end-consumer expectations.
Impact modifiers are essential additives in automotive plastics and parts as they improve the impact strength while maintaining lightweight, design freedom, and easy fabrication.
The Dow Chemical Company’s extensive range of PARALOID™ impact modifier additives deliver high-performance durability and impact resistance. Electric vehicles must be able to absorb potential impact from accidents and thermal changes in the environment.
Dow PARALOID™ impact modifiers and processing aids offer electric vehicle manufacturers with lightweight solutions for under-the-hood impact strength for the engine battery enclosures.
ChemPoint will not under any circumstances release personal user information to individuals or companies. All information collection is solely used to support ChemPoint customers service communications. Read our Privacy Notice.
Thank you
Thank you for your inquiry and interest in ChemPoint. We will respond to you shortly.
ChemPoint will not under any circumstances release personal user information to individuals or companies. All information collection is solely used to support ChemPoint customers service communications. Read our Privacy Notice.
Thank you
Thank you for your inquiry and interest in ChemPoint. We will respond to you shortly.
ChemPoint will not under any circumstances release personal user information to individuals or companies. All information collection is solely used to support ChemPoint customers service communications. Read our Privacy Notice.
Document Download
The document currently is provided in the following languages from the supplier at this time.
Document Download
The document currently is provided in the following languages from the supplier at this time.
Are you in the correct region?
We’ve detected that you are located in a different region than the region selected on the website. Would you like to change your region?
Current Region:
English - United States
Hi, let us know if you have any questions as you visit our website.
