Pan Cure Release Coatings

McLube® pan-cure release coatings will properly wet hot or ambient temperature tubes to ensure our customers enjoy consistent release characteristics for every batch.

About These Products

McLube® offers a full line of water-based pan cure release coatings for a variety of cure-types, including peroxide-cured, sulfur-cured, and salt-cured systems. Our line of durable, non-staining pan cure coatings includes options all elastomeric hose materials, including EPDM, NBR, Neoprene, ECO, and Hypalon®. McLube® pan cure coatings contain cutting-edge surfactant technology which allows for proper wetting of hot or ambient temperature tubes to ensure our customers enjoy consistent release characteristics for every batch. Continue reading for more information about our pan-cure release coatings or contact McLube® for samples and process assistance.

Details & Benefits

Benefits

  • Durable anti-stick/ release characteristics
  • Chemically inert, will not interfere with curing reactions
  • Easily wiped from tubes and pans post-cure if necessary
  • Silicone-free options that will not interfere with printing
  • VOC-free and operator-friendly
  • Little or no buildup in the pan
  • Excellent heat resistance
  • Non-staining, dust-free
  • Highly dilutable options
  • No stearates or heavy metals

Customize

Custom Dilutions

All of our water-based coatings may be easily diluted inhouse with standard tap water for additional cost savings. McLube® may also create a custom concentration of any of our existing pan-cure release coatings to suit your dilution goals. Customers have reported excellent results with dilutions as high as 20:1; however, individual materials and process conditions will determine the ideal dilution ratio for your application.

Dilutions can give manufacturers the ability to tailor our products for different applications around their plant. Many McLube® customers use varying dilutions of our anti-tack coatings in different areas of their facilities rather than purchase, ship, and store multiple process aids for each application. Contact McLube® today and one of our experienced Technical Representatives will work with you to achieve your process goals.

Non-hazardous & Operator Friendly

McLube® pan-cure release coatings do not contain stearates, heavy metals, or volatile organic compounds. Our water-based coatings are, by their nature, non-flammable and less hazardous than solvent-based formulas. Our emulsions also cause fewer safety and housekeeping concerns than powdered coatings and additives that tend to migrate around facilities.

Consult a local McLube® Technical Representative to find the ideal formula available for your needs. Featured products displayed on this page from time to time are for promotional purposes only and do not represent the full product line McLube® offers for this particular material or application. Product availability, including container sizes, concentrations, and aerosols, will vary by country or region. Names of certain products may also vary slightly (prefix, suffix, etc.) depending on your location without affecting performance.

GET SAFETY DATA SHEETS (SDS)

Current and prospective customers and distributors can request an up-to-date SDS here.

Give Us A Try

Get samples of McLube Products to test inhouse. Ask about on-site trial assistance.

Process Help

Get in touch with a McLube expert to discuss your process challenges here.

McLube Marine

Team McLube is the world’s leading manufacturer of high-performance dry lubricants (SAILKOTE) and low-friction hull coatings for professional sailors, Olympians, and boating enthusiasts alike. We provide reliable dry lubricants for everything that slides and environmentally-conscious hull coatings with unparalleled anti-friction characteristics. Our OneDrop Ball Bearing Conditioner is the only product Harken® recommends for everything that rolls. Team McLube partnered with Harken® in 1998 to provide top-quality coatings and polishes to sailors around the world.

Visit us at https://www.mclubemarine.com/ to learn more.