Engineered Textiles for More Reliable Industry
NEWCO Engineering Textile Ltd. is a Calgary-based engineered textile company focused on industrial filtration, dewatering, nonwoven manufacturing, process conveying, and paper machine applications.

Founded in Calgary, Alberta, NEWCO combines industrial textile experience, European technology resources, application engineering, and North American customer support to develop practical fabric solutions around real operating conditions.
Our work begins with a simple principle: the right fabric should be selected around the process, not simply around a product name.
From industrial filter cloths and sludge dewatering belts to nonwoven process fabrics, spiral fabrics and paper machine clothing, NEWCO focuses on helping customers improve operating stability, product consistency, service life, and supply reliability.
Built in Calgary. Developed for Industry.
2024 — NEWCO Is Established in Calgary
NEWCO Engineering Textile Ltd. was established in Calgary, Alberta, in 2024 with a focus on engineered textile consumables and industrial process fabrics.
The company was created around an opportunity we saw in the North American market: many industrial operations depend on highly specialized textile consumables, yet replacement products, technical support, and customization are often tied to long international supply chains.
Building an Engineered Textile Portfolio
NEWCO began developing its product portfolio around several closely related industrial applications.
Industrial Filtration & Dewatering
Industrial filter cloths, sludge dewatering belts, vacuum filtration fabrics, process filtration fabrics, and application-specific separation media.
Nonwovens & Process Fabrics
Forming mesh belts, meltblown belts, hot-air mesh belts, spunlace fabrics, transfer fabrics, and other process belts used in nonwoven production.
Paper Machine Clothing
Dryer fabrics, flat warp and flat weft fabrics, spiral fabrics, seam technologies, edge treatments, and paper-machine process fabrics.
Moving Toward North American Manufacturing and R&D
NEWCO’s long-term direction is to build stronger North American capability in engineered textile manufacturing, finishing, technical service, and material development.
This includes research into new monofilament technologies, sustainable materials, low-temperature materials, filtration structures, surface treatments, seam systems, and other solutions that can improve the performance of industrial process fabrics.
What We Do
NEWCO helps customers match engineered textile solutions to operating conditions such as airflow, moisture, abrasion, seam requirements, machine speed, and service-life expectations.
Application & Operating Condition Review
Fabric Structure & Material Recommendation
Specification, Finishing & Supply Coordination

Quality Begins with Materials, Structure and Process Control
For industrial process fabrics, quality is determined by more than appearance. Yarn consistency, dimensional stability, fabric construction, edge finishing, and long-term machine behaviour all affect the final result.
NEWCO works with established European materials and equipment technologies across selected product lines. For example, the XP-WF flat warp and flat weft dryer fabric platform uses polyester monofilaments sourced in Europe, with seam spirals supplied by LEO in Germany and selected edge-treatment materials sourced from Bachmann Kunststoff Technologien GmbH.
The product supply platform is also supported by SGS-certified ISO 9001:2008 Quality Management System and ISO 14001:2004 Environmental Management System standards.
Our objective is straightforward:

Developing the Next Generation of Industrial Monofilaments
NEWCO is also exploring material technologies that can address operating conditions beyond the capabilities or sustainability profile of conventional monofilaments.
Development areas include Bio-PET Monofilament, PA11 Bio-Based Wear-Resistant Monofilament™, and PLA/PET/PA11 Hybrid Cold Monofilament™.
The objective is not to replace established materials simply because a new polymer is available. Each material direction must address a specific industrial requirement, whether that is reducing fossil-based material content, improving wet-condition wear resistance, maintaining performance in cold environments, or improving the lifecycle performance of industrial process fabrics.
For NEWCO, material innovation begins with an application problem.
Key Leaders
Experience Behind the Fabric
NEWCO brings together leadership and industry experience across engineered textiles, manufacturing, business development, and North American market development.
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Dr. Bo Ding founded NEWCO with the goal of developing a North American platform for engineered industrial textiles and advanced material solutions. His work connects business strategy, technology commercialization, customer application development, and new-material research.
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John Ding brings extensive experience in industrial textiles and paper machine clothing, including senior industry management experience. At NEWCO, he supports product strategy, manufacturing development, paper machine clothing applications, technical evaluation, and the transfer of industry knowledge into NEWCO’s growing product platform.
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Peter Mullaney contributes extensive industry experience in engineered textiles and paper machine clothing. His advisory role supports NEWCO in manufacturing strategy, product development, application knowledge, quality expectations, and the development of industrial textile capabilities aligned with North American customer requirements.
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Brent Edwards supports NEWCO’s organizational development and the development of the people, processes, and workforce capabilities required as the company expands its North American operations.
To make industrial production more reliable, resource-efficient, and sustainable through advanced engineered textile solutions.
Better Performance. Less Waste. Longer Service Life.
Send your technical inquiry.
Share the application, equipment and operating conditions. The NEWCO team can use these details to prepare a focused response.