Published by Bruce Zhou – Jota Machinery
Publish time: 🕙 Wednesday, 01 July 2026 — 10:46:25 AM (GMT+8)
Address: No. 68, Shaojing Road, Economic Development Zone, Kunshan City, Jiangsu Province, China

Valmet has launched its new Advantage NTTe tissue technology, designed to enable the production of a new category of ultra-premium tissue characterized by enhanced softness, higher bulk and a fabric-like visual appearance.
The technology was officially introduced during Valmet Tissue Making Days held in Karlstad, Sweden, marking its first public presentation to the global tissue manufacturing industry.
New Technology Targets Ultra-Premium Tissue Segment
Advantage NTTe is designed to support tissue producers seeking to expand into the growing ultra-premium segment, particularly in markets where differentiation based on softness, appearance and tactile quality is increasingly important.
The system enables manufacturers to produce tissue with improved bulk and texture, creating a surface structure that resembles fabric while maintaining strength and absorbency performance.
According to Valmet, the new technology allows producers to achieve premium-grade tissue quality with reduced raw material consumption and lower energy usage compared with conventional production processes.
Efficiency Gains Through Fiber and Energy Optimization
A key feature of the NTTe platform is its ability to improve fiber efficiency through higher bulk development, enabling mills to reduce fiber input without compromising product performance.
In addition, the system is designed to lower overall energy consumption in the tissue making process, supporting manufacturers’ efforts to improve operational efficiency and reduce production costs.
These developments align with broader industry trends focused on resource optimization, cost competitiveness and sustainability performance in tissue manufacturing.
Technology Built on Pilot Testing and Process Development
The Advantage NTTe concept is based on a series of technical advancements developed and tested at Valmet’s Tissue Technology and Pilot Center in Karlstad.
Key innovations include:
- New belt materials and surface patterns for enhanced texture formation
- A specialized Advantage ViscoNip press designed to improve uniformity and machine stability
- An improved belt loop system aimed at simplifying maintenance and increasing operational safety
Converting performance was further validated at Valmet’s facilities in Lucca, Italy, ensuring consistency from tissue production through to downstream converting processes.
Expanding Flexibility for Global Tissue Manufacturers
The NTTe platform is designed to provide tissue manufacturers with flexibility across different regional markets.
In North America, the technology supports entry into the ultra-premium segment by enabling producers to compete on softness and bulk without requiring major increases in capital investment.
In markets where conventional tissue grades still dominate, manufacturers can use the technology to differentiate products at retail level through enhanced texture, softness perception and visual appeal.
Tissue Innovation Driven by Efficiency and Differentiation
Valmet said the technology represents an evolution of its Advantage NTT platform and supports both product innovation and mill performance improvements.
The company highlighted benefits including improved runnability, easier converting, reduced fiber usage and lower energy demand, positioning the system as both a product innovation and operational efficiency solution.
Industry Focus Shifts Toward Premiumization
The introduction of NTTe reflects a broader trend in the global tissue industry, where manufacturers are increasingly focusing on premiumization, product differentiation and sustainability-driven efficiency improvements.
As competition intensifies across consumer tissue markets, technologies that combine product quality enhancement with resource optimization are expected to play a growing role in next-generation tissue production strategies.
Last Updated on 01/07/2026 by Jota Machinery