1) Start with line speed, not product name
Line speed is the fastest way to narrow model families. High-speed lines generally need shorter set time and stable viscosity control to avoid pull-off tails and edge lift.
Why This Matters
Wrong model matching usually causes stringing, dirty edges, unstable bonding, and avoidable downtime. A structured selection method can shorten RFQ and sample validation time.
2) Confirm substrate behavior
Corrugated board, coated paper, rigid board, and mixed substrates absorb and release adhesive differently. Substrate directly affects open-time tolerance and edge cleanliness.
3) Lock process window (temperature + bead size)
Before comparing models, stabilize tank/hose/nozzle temperature and bead size. Process drift can hide real model performance and lead to incorrect conclusions during trial.
4) Evaluate with 4 pass/fail signals
Use these checkpoints: stringing level, edge cleanliness, set behavior at target speed, and repeatability across shifts. This keeps trial decisions objective.
5) Use a 2-model shortlist strategy
For most lines, testing one fast-set option and one balanced option is enough to make a reliable final choice without over-extending trial time.
Need a Fast Match?
Send substrate, line speed, operating temperature, and current issue. We can return a shortlist and RFQ support within 24 hours.
Frequently Asked Questions
Direct answers for procurement managers and process engineers.
How do I match jelly adhesive by line speed and substrate?
Higher line speeds need faster set time and stable viscosity; heavier or coated substrates need stronger tack. Use the model matrix and share your process window.
Where can I see the model matrix?
The product page lists families and models with viscosity, solid content, tack time, and open time for comparison.