Ms Machteld Paree

Sr. Application Scientist

Synthomer Adhesives Technologies


Machteld Paree has experience in the adhesives industry for over 39 years in a wide range of applications.

She started her career in 1984 and had several positions in the technology space within Hercules and Eastman Chemical.

Currently she is working as a Senior Application Specialist for Synthomer adhesives, specifically in the field of tackifying resins and polyolefinic polymers. She is the technical expert and partner for a number of strategic and major accounts in Europe.

Presentation Abstract

Polyolefin Polymer with sustainable feedstock that Imparts Superior Performance and Versatility for Hot Melt Adhesives in the Hygiene Industry

A new Polyolefin polymer with unique properties was introduced for the construction hygiene industry. The Polyolefin polymer is used in a hot melt adhesive (HMA) formulation to impart high performance value. The non-woven hygiene industry today is subject to strict government regulations and continuous pressure from the consumer in developing and improving products such as diapers, adult incontinence, femcare products, and medical pads. The challenges include sustainability, odor, VOCs, and cost. For applications in this market, there is an increasing need for manufacturers to resolve these issues.

The new polymer is designed to target six areas of concern simultaneously, 1) Lower coat weight; 2) Lower application temperature; 3) Sustainability; 4) Processability; 5) Higher polymer content; and 6) Formula simplicity. The formulated HMA is applied to the polyethylene and polypropylene substrate layers and absorbent material, which construct the incontinence product. The versatility of the polymer allows for the HMA to be applied by spray or slot-die methods and the polymer is compatible with other polyolefins for performance optimization throughout the product lifecycle.

Presentation Time

Breakout VIII - New Building Blocks for Hotmelts I

Friday, 15 September 2023, 09:00 - 09:30

FEICA Conference