Analysis and Forecast: How Will the Low-Smoke Halogen-Free PE Cable Compound Industry Develop in 2026 and Beyond?

Analysis and Forecast: How Will the Low-Smoke Halogen-Free PE Cable Compound Industry Develop in 2026 and Beyond?

Looking back at the development trajectory from 2023 to 2025, the low-smoke halogen-free PE cable compound industry is undergoing a profound transformation. Looking ahead to the coming years, the industry will fully enter a deep transformation period characterized by "standard-led growth, domestic substitution, and green intelligent development." The following is our analysis and judgment on core technologies, market demand, and price trends for your reference.

I. Technological Evolution and Product Innovation

In the coming years, technological innovation will become a key variable driving industry consolidation, mainly presenting the following trends:

1. Formula Standardization: Ending the "One Factory, One Formula" Era

For a long time, the industry has been fragmented with a "one factory, one formula" model, increasing the commissioning costs for downstream cable manufacturers. Now, leading companies are actively promoting a platform-based formulation strategy. By fixing core parameters such as the base resin ratio and flame retardant particle size, they aim to achieve stable performance for the same grade across different production lines. This not only significantly lowers the entry barrier for customers but also marks the industry's leap from "experience-driven" to "standard-led" practices.

2. Performance Upgrade: Focusing on High Flame Retardancy and High-Temperature Resistance

As application scenarios become more demanding, technical focus will concentrate on achieving high flame retardancy ratings (e.g., B1 level), high-temperature resistance (105°C and above), and lightweighting. Traditional "high loading" systems can provide flame retardancy but often at the expense of mechanical properties.

In the future, new formulations such as nanocomposite flame retardant systems and cross-linked polyolefin elastomers will accelerate their application, effectively addressing this pain point and achieving a balance between flame retardancy and mechanical strength.

II. Competitive Landscape and Domestic Substitution

1. Domestic Substitution Rate Continues to Rise, International Brands Retreat to High-End Niches

Currently, domestic materials have largely achieved import substitution in core application scenarios such as medium and low-voltage power cables (up to 10kV) and rail transit. It is expected that by 2026-2030, the domestic substitution rate will further increase, and the market share of international brands (such as Clariant and Albemarle) will be gradually compressed to a few niche segments like extra-high voltage cables.

2. Breakthrough in Core Auxiliary Materials: Compatibilizers Become a Key Link

In material formulations, compatibilizers serve as the crucial link connecting the base resin with highly loaded flame retardants, directly impacting the material's mechanical properties and processing stability. In the past, high-end compatibilizers were heavily dependent on imports, becoming a "bottleneck" restricting the upper performance limit of domestic materials.

Encouragingly, leading domestic enterprises in high-end additives, such as Shanghai Jiuju, are accelerating technological breakthroughs. The specialized compatibilizers they have developed have already achieved import substitution in some high-end wire and cable applications, providing important support for the security of the industrial chain.

3. Industry Consolidation Accelerates, "Specialization and Innovation" Seek Breakthroughs

The market exhibits characteristics of "headquarter concentration and regional dispersion." Leading enterprises with the ability to integrate the entire industrial chain (from masterbatch synthesis to cable production) will dominate due to their cost and scale advantages. For the vast number of small and medium-sized enterprises, the only way to avoid homogenized price wars is to pursue a path of "specialization, refinement, differentiation, and innovation," establishing technical barriers in niche markets (such as specific weatherability, special colors, or customized formulations).

III. Policy and Regulatory Environment

1. Mandatory Standards Fully Implemented, Raising Entry Barriers

With the full implementation of mandatory national standards like GB/T 12706.1-2020, public buildings must use compliant low-smoke halogen-free cables. Simultaneously, the dual certification mechanism of CRCC (China Railway Test and Certification Center) and CQC (China Quality Certification Centre) is gradually becoming a hard requirement for entering high-end markets such as rail transit.

2. Green Transition is Imminent

EU regulations like RoHS and REACH, along with China's "Dual Carbon" policy, will continue to push the industry towards full lifecycle green manufacturing. It is expected that by 2026, environmental compliance certification will become the baseline for business survival, and companies that fail to complete green transformations will face accelerated elimination.

IV. Market Demand Forecast

1. Overall Scale: Breaking the Million-Ton Mark

Comprehensively judged, the market size for low-smoke halogen-free cable compounds in China is expected to exceed 30 billion RMB in 2026, corresponding to a physical demand of over 1 million tons (including various base materials like PE and PVC). Among this, the demand for low-smoke halogen-free compounds based on PE is estimated to be around 700,000 to 800,000 tons.

2. Segment Drivers: Who is Fueling the Growth?

New Energy (Strongest Engine): Demand is surging for photovoltaic DC cables, energy storage systems, and wiring harnesses for 800V high-voltage platform electric vehicles. It is estimated that the usage in this sector will exceed 100,000 tons in 2026, with a compound annual growth rate (CAGR) as high as 15.8%.

• Rail Transit: With new urban rail mileage exceeding 3,000 kilometers during the "14th Five-Year Plan" period, coupled with mandatory requirements for low-smoke halogen-free materials in high-speed rail and subway vehicle cables, the CAGR for demand in this sector is expected to reach 12.3%.

• Green Building: Driven by standards like GB 55037-2022, the consumption of low-smoke halogen-free flame retardant cable compounds in the construction industry is expected to exceed 96,000 tons, with a continuous shift towards higher safety grades.

V. Price Trend Analysis

1. Price Forecast for 2026: High-Level Operation with Slight Increase

The average market price for low-smoke halogen-free PE cable compounds in 2026 is expected to remain in the range of 21,000 - 24,000 RMB/ton, representing a slight increase compared to 2025.

The trend may show a pattern of "high in the first half, stable in the second half." In the first half of the year, prices are expected to be firm, supported by cost pressures and restocking demand. In the second half, with the release of new production capacity, prices may see a slight decline, but overall fluctuations are expected to be limited.

2. Price Support Factors

• Rigid Costs: Although the price center for general-purpose PE may shift downwards, the core cost of low-smoke halogen-free compounds lies in flame retardants (aluminum/magnesium hydroxide). As environmental policies become stricter, the supply of high-quality flame retardants remains tight, providing firm support on the cost side.

• Technology Premium: As downstream demand increases for high-performance products like B1 grade and high-temperature resistant materials, the price premium for high-end grades with technical barriers will further widen.

3. Potential Risk Warnings

• Drag from General-Purpose Materials: Caution is needed regarding the potential impact if the price of upstream general-purpose PE falls unexpectedly (e.g., below 6,000 RMB/ton). This could exert downward pressure on low-smoke halogen-free compound prices through industrial chain transmission.

• Capacity Release: There is significant new production capacity expected in the industry in 2026. If supply-demand imbalance intensifies in the low-end sector, some companies might resort to price cuts to capture market share, potentially leading to uneven product quality.

Conclusion and Recommendations

Looking ahead to 2026, the low-smoke halogen-free PE cable compound industry faces both opportunities and challenges. Standardization, high performance, and green development are the necessary paths to the future. It is worth noting that with the continuous maturation of core auxiliary material technologies like domestic compatibilizers, well-known Chinese wire and cable companies are gradually strengthening their industrial chain, injecting new momentum into the high-quality development of the industry.

• For Purchasers: It is advisable to secure high-quality supply in the first half of the year to avoid potential quality fluctuations in the supply chain caused by the concentrated release of production capacity in the second half.

• For Producers: A decisive shift towards high-value-added, high-end specialized products is recommended. Deep cultivation in niche segments can help build technical barriers and avoid the "red ocean" of price wars in general-purpose materials.

It is worth mentioning that as a provider of flame retardant solutions, Yinsu Flame Retardant Company is also actively positioning itself in this promising cable market. We are committed to researching and developing halogen-free, environmentally friendly flame retardants for cables. In addition to our maturely applied coated red phosphorus flame retardant solution, the company is gradually advancing the R&D of efficient phosphorus-based halogen-free flame retardant systems. Our aim is to provide the industry with more diverse and higher-performance domestic options, contributing to the security and upgrading of the industrial chain.

2026 will be a critical year for deep industry transformation. Only by embracing standards, focusing on technology, and respecting compliance can we gallop forward steadily and surely in the Year of the Horse.

(Note: The above analysis is based on current market trends and industry data forecasts. It is for reference only and does not constitute investment decision-making advice.)