Home / Press Releases / Low Melting Point Staple Fibre Market to 2024: Technological Breakthroughs and Sustainable Development with Promising Outlook
Low Melting Point Staple Fibre Market to 2024: Technological Breakthroughs and Sustainable Development with Promising Outlook
Posted By: Yan | Published Date: Nov 16,2023
The global demand for low melting point staple fibres is growing steadily, supported by increasing industrial and technical applications worldwide.
These fibres, which mainly consist of polyester, acrylic or nylon, have minimal loss of strength below 175°C, which facilitates end-use applications, including nonwovens, filters, insulation and cable winding tapes, among others.The market is expected to reach US$ 2.5 bn by 2028, according to market research analysts at LP Information Data, with global infrastructural developments and the automotive, textile, The market is expected to reach USD 2.5 billion by 2028, with global infrastructure development and demand from the automotive, textile, healthcare, and renewable energy industries driving its expansion.
Key industry players such as Indorama, Nirmal Fibers Pvt. Ltd, Huvis, Korea-based Toray Chemical and China Petrochemical Corporation supply globally distributed manufacturing sites. Their product portfolio features specialised fibre compositions designed to meet the needs of key safety-centric industries such as transport and energy, with properties such as chemical/moisture resistance or self-extinguishing performance.
Technical modifications focus on maximising heat capacity and stabilising it below industrial processing heat levels through advanced polymerisation techniques. This allows weight reduction to reduce weight and opens up opportunities for composite manufacturing. Collaboration between equipment manufacturers on application-specific component design further facilitates applications.
As the regulatory environment prioritises sustainable technologies, alternatives based on renewable feedstocks are emerging, taking advantage of advances in lignin extraction and enzymatic treatment processes. Multi-stakeholder co-operation will continue to help strengthen circular economy practices and promote material longevity in global value chains.
With the trend towards global industrialisation, low melting point fibres based on continuous innovation and environmental stewardship are well positioned to safely deliver efficient, optimised performance across a wide range of industries, driving progress in global infrastructure. Concerted progress sets the stage for a wide range of opportunities in the years ahead.
Learn more : LP Information Data（ Low melting point staple fibres ）
These fibres, which mainly consist of polyester, acrylic or nylon, have minimal loss of strength below 175°C, which facilitates end-use applications, including nonwovens, filters, insulation and cable winding tapes, among others.The market is expected to reach US$ 2.5 bn by 2028, according to market research analysts at LP Information Data, with global infrastructural developments and the automotive, textile, The market is expected to reach USD 2.5 billion by 2028, with global infrastructure development and demand from the automotive, textile, healthcare, and renewable energy industries driving its expansion.
Key industry players such as Indorama, Nirmal Fibers Pvt. Ltd, Huvis, Korea-based Toray Chemical and China Petrochemical Corporation supply globally distributed manufacturing sites. Their product portfolio features specialised fibre compositions designed to meet the needs of key safety-centric industries such as transport and energy, with properties such as chemical/moisture resistance or self-extinguishing performance.
Technical modifications focus on maximising heat capacity and stabilising it below industrial processing heat levels through advanced polymerisation techniques. This allows weight reduction to reduce weight and opens up opportunities for composite manufacturing. Collaboration between equipment manufacturers on application-specific component design further facilitates applications.
As the regulatory environment prioritises sustainable technologies, alternatives based on renewable feedstocks are emerging, taking advantage of advances in lignin extraction and enzymatic treatment processes. Multi-stakeholder co-operation will continue to help strengthen circular economy practices and promote material longevity in global value chains.
With the trend towards global industrialisation, low melting point fibres based on continuous innovation and environmental stewardship are well positioned to safely deliver efficient, optimised performance across a wide range of industries, driving progress in global infrastructure. Concerted progress sets the stage for a wide range of opportunities in the years ahead.
Learn more : LP Information Data（ Low melting point staple fibres ）