What is GLYMO?

GLYMO is an epoxy silane, precisely known as “3-Glycidoxypropyltrimethoxysilane”. Throughout the history of lamination, this chemical compound has been utilized under the concept of adhesion promoters, giving an essential boost to the bonding strength, which conventionally gets affected by moisture, heat, and properties of substrates to adhere.
Its application in that sense is also quite common in the food packing industry where several of the most demanding packaging sorts exist, like pouches that could be boiled, retorted, or used in a microwave.

Chemical structure of GLYMO
Figure 1. Chemical structure of GLYMO

Why GLYMO-free?

Genotoxicity describes the property of chemical agents that damages the genetic information within a cell causing mutations, which may lead to cancers.
(*) Genotoxicity basically refers to the possibility of harmful substances causing damage to the genetic information in cells

For a long time, GLYMO had performed as an FCM (food contact material), only until its potential genotoxicity(*) was questioned in the EU market, starting with a safety assessment(1) by EFSA (the European Food Safety Authority) in late 2017. FEICA (the Association of the European Adhesive & Sealant Industry) thereafter through a statement(2) around July 2019, recommended its members, including adhesive firms to substitute GLYMO by the end of 2020 in applications intended for food contact (i.e. food packaging) and assist customers in implementing alternative solutions for food contact applications.


(1) EFSA’s safety assessment of GLYMO, for use in food contact materials
(2) FEICA recommendation to substitute GLYMO


In the widespread GLYMO-free movement, Toyo-Morton also does not stay still but concentrates on developing its own GLYMO-free lamination adhesive variations under two core brands Tomoflex™ and Ecoad™, which at different aspects we shall now dive into.

(*) Manufactured by Toyo-Morton, an affiliated company of the Toyo Ink Group.
Imported and distributed to the Vietnamese market by Toyo Ink Vietnam.


Performance Grade

General Performance (GP)

Looking for lamination adhesives applicable to a wide range of non-boil and non-retort sorts of packaging? We got you covered, from snack bags to sachets for seasonings, shampoos, and detergents.

Ecoad™
EA-N6000/EA-N5510

Polyester (resin)
Solvent-free
Good appearance and high-speed coating on PET/VM-film



Ecoad™
EA-N6008/EA-N5510

Polyester (resin)
Solvent-free
Good appearance on VM structure
Applicable for boil pouch



Tomoflex
TM-3040-1/CAT-1040

Polyether (resin)
Dilute with EA
High solid coating



Medium Performance (MP)

Packagings that survive through demanding storage and using requirements like being boilable or chemical resistance also require a level up in the performance of lamination adhesive and we have numerous series to serve just that.

Ecoad™
EA-N6008/EA-N5774

Polyester (resin)
Solvent-free
Good BS&HS
Good appearance on PET/VM-film



Tomoflex
TM-2470/CAT-10

Polyester (resin)
Dilute with EA
High solid coating
Applicable for a wide range of packaging types (Snack, Boiling, Refill & AL foil)





High Performance (HP)

To be retortable, packagings should be equipped with top-performance-oriented properties and we so understood the assignment that the below options got developed.

Tomoflex
TM-2380/CAT-10

Urethane (resin)
Dilute with EA
Aromatic (hardener)
Good adhesion to ink
Good heat resistance
For outer Aluminum layers


Tomoflex
TM-2300/CAT-1600

Urethane (resin)
Dilute with EA
Aliphatic (hardener)
For inner/outer Aluminum layers





FDA compliance

In the food packaging segment, compliance with related regulations like from FDA has become essential for packaging manufacturers to win customers, and we are here to help.

FDA175.105

Tomoflex™
TM-3040-1/CAT-1040
TM-2470/CAT-10
TM-2380/CAT-10
TM-2300/CAT-1600

Ecoad™
EA-N6000/EA-N5510
EA-N6008/EA-N5510
EA-N6008/EA-N5774

FDA177.1390

Tomoflex™
TM-2300/CAT-1600




For more details on the hazard identification applied to these products, please check its respective Safety Data Sheet.



Featured images by:
@8photo / @jannoon028 / @kjpargeter/ @starline