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!
HiTEC® 5835H
HiTEC® 5835H is an olefin-based polymer used as a viscosity modifier for formulating passenger car and heavy-duty engine oils.
HiTEC® 5835H is an amorphous olefin copolymer designed for use as a viscosity index improver for passenger car and heavy-duty engine oils. This product is engineered to effectively balance shear stability and thickening performance, which is critical for maintaining long-lasting oil viscosity under varying temperature conditions. It demonstrates excellent low-temperature properties, making it particularly advantageous for use in colder climates where maintaining engine protection is essential. It readily dissolves in a wide range of base oils, offering great formulation flexibility. HiTEC® 5835H covers key engine oil approvals, such as dexos1, when combined with appropriate performance packages. This product can also be dissolved in a suitable base oil to create a liquid viscosity modifier equivalent to HiTEC® 5754A.
Specifications
Appearance: Pale white to amber polymer Melt flow index, ASTM D1238, 190°C, 2160 gram weight: 3.8 Volatiles, wt% max: 0.5 Propylene, wt%: 51 SSI of liquid VII, %: 35
Features & Benefits
Amorphous olefin-based viscosity index improver Balances shear stability and thickening power Low-temperature properties Applicability in wide range of base oils Readily dissolves in base oil Meets critical engine oil specifications with appropriate performance packages
Problems Solved
One of the primary challenges that viscosity index improvers address is their ability to maintain consistent fluid performance across varying temperature conditions. However, they are not without their limitations. These improvers can sometimes shear quickly or fail to thicken adequately, which undermines overall performance during temperature fluctuations. This can lead to compromised engine protection and efficiency, posing significant challenges for lubricant formulators who must ensure optimal performance across diverse operational environments. Furthermore, these formulators also encounter difficulties when attempting to dissolve viscosity modifiers into their formulations, as improper integration can result in inefficient lubrication and increased engine wear.
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.
