Metallocene Hot Melt Adhesive

What is Metallocene Hot Melt Adhesive?

Metallocene hot melt adhesive is a new-generation of Packaging hot melt designed for Case and Carton Sealing.  Metallocene based hot melt adhesives have excellent pot life stability, clear color, offer high heat resistance and are not prone to charring or odor.

Metallocene Hot melts have demonstrated significant advantages over traditional EVA-based hot melts.  These new-generation hot melts provide end users with real improvements in performance and packaging appearance and provide real ROI by lowering adhesive usage and reducing equipment maintenance costs and downtime.


Cattie Adhesives manufactures a full line of Metallocene based Hot Melts.

Our Hot Melts can be formulated for High Heat Resistance or Freezer Grade applications to – 60°F; making them a great choice for most Blast Freeze, Flash Freezing and Quick Freeze Packaging and Tray, Case & Carton Sealing applications.


Our Metallocene based hot melts are commonly used in the following Applications:

  • Agriculture Cases
  • Case and Carton Sealing
  • Difficult to Bond-PET,PE,BOPP,UV
  • Folder Gluer Hot Melt
  • Freezer Grade Packaging
  • Meat & Poultry Cases
  • Packaging
  • Sift Proof Cartons
  • Tray Forming

Below are some of the most common Metallocene Hot Melts we offer:

Product #DescriptionMSDS/TDS
8280Freezer grade hot melt, Low Application Temperature 250F, Medium-Fast Set, Coated Stocks, Clear/white, 1000cps at 250F.Request >>
8309Premium hot melt, Application Temperature 350F, Fast Set, High Heat Resistance, Coated Stocks, Clear/white, 800cps at 350F.Request >>
8341Premium hot melt, Application Temperature 350F, Fastest Set, Highest Heat Resistance, Coated Stocks, Clear/white, 1100cps at 350F.Request >>
8365Premium Freezer grade hot melt, Low Application Temperature 250F, Fast Set, Coated Stocks, Clear/white, 1100cps at 250F.Request >>
9028Premium hot melt, Application Temperature 350F, Fast Set, High Heat Resistance, Coated Stocks, Light Tan, 900cps at 350F.Request >>

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