Skip to main content
LAMINATING 50 - HOT/COLD PINCH ROLL LAMINATION

Roll over image to zoom in

Franklin Industrial WEBSO1246013 LAMINATING 50 - HOT/COLD PINCH ROLL LAMINATION

Item #: WEBSO1246013 by Franklin Industrial

Brand: Franklin Industrial

See reviewsSee reviews
See reviews summary

$5,371.55

/each
SAVE UP TO 537.15
Buying in bulk
QUICK SHIPPING*Usually ships in 1 business day

Weight: 2 535 lb

2 535 lb
44 lb
517 lb
QTY
+
+ Add to Wishlist
Buy in Bulk & Save - See HowWatch Now

Shop with Confidence

30 Days Easy Return. We are the largest supplier of the most adaptable, personalized hardware in the industry. We work hard to ensure you're satisfied with our products.

WARNING: This Product May Contain Chemicals Known to the State of California to Cause Cancer or Reproductive Harm. To Learn More Visit P65Warnings.ca.gov
Features

Recommended Use

Particleboard, Fiberboard

Base

Vinyl Acetate

Weight

2 535 lb

Viscosity

3500 cps

Features

Heavy-Duty

Production Time

Special online order - 14 days

Brand

Franklin Industrial

Product Overview
LAMINATING 50 is a vinyl acetate copolymer adhesive designed to bond HPL to particleboard and fiberboard. It can be used in a variety of applications including continuous heated-panel laminating systems, pinch roll and dead stack or limited lay-up time cold-press operations. The adhesive has high green strength and tensile strength.
Advantages And Benefits
KEY PRODUCT FEATURES
- Excellent in heated nip roll and dead stack operations
- Can be cold pressed
- Can be applied by spraying
- Great green strength and tensile strength
Application
Spread of 22 to 29 pounds of adhesive per 1,000 square feet or 10 to 13 grams per square foot of glue line is adequate. Verify adequate glue coverage by monitoring for squeeze out along the glue line once the panels are under pressure.
The assembly time is influenced by many factors, some of which include glue spread, moisture content of the stock, porosity of the stock, environmental conditions and adhesive choice. Assembly times of five to ten minutes are approximate. It is desirable to see a bead of adhesive squeeze out around the perimeter of the bottom panel of the stack