PP spunbond non-woven fabric

The impact of ocean freight on the export of PP spunbond non-woven fabric is very direct and significant, and it is one of the core variables that determine export profits and order delivery rhythm. Combined with the current geopolitical and shipping environment in September 2026, the specific impact can be expanded from the following dimensions: 1、 Directly squeezing profit margins on the cost side PP spunbond non-woven fabric belongs to low value bulk cargo, with a conventional FOB price of only about 11000-11600 yuan/ton. The proportion of sea freight in the total export cost is much higher than that of high value-added products: Based on a 20 foot standard container loaded with 18 tons of conventional non-woven fabric, the sea freight for the China Europe route will remain above $4000 per standard container in September 2026. The shared sea freight per ton will exceed RMB 1500, accounting for nearly 15% of the value of the goods and directly consuming nearly half of the conventional profits of export enterprises. If the escalation of the Iraq conflict pushes up the war risk surcharge on the Red Sea route, the ocean freight will further increase by 20%, and the single ton logistics cost will increase by more than 300 yuan. Some low gross profit conventional orders may even directly fall into losses. 2、 Quotation and Order Structure Chain Reaction Under the significant fluctuations in ocean freight rates, overseas customers have significantly reduced the proportion of long orders to avoid risks, while the proportion of short and urgent orders has increased by more than 20%. Enterprises are unable to dilute logistics costs by locking in volume, and the difficulty of quoting has greatly increased. Due to the high proportion of ocean freight, some small and medium-sized customers are unable to afford the cost of ocean transportation, and their orders are shifting to Southeast Asian and nearby markets. The demand for small and medium-sized bulk orders in the European and American ocean markets has significantly shrunk. 3、 Increased performance risk at the delivery end In September 2026, the shipping schedule of the Red Sea and Persian Gulf routes was generally delayed by 7-12 days, and some shipping companies temporarily skipped ports in the Middle East and eastern Mediterranean. The risk of default in the delivery of PP spunbond non-woven fabric Christmas orders increased significantly. If the conflict escalates and the route is forced to detour around the Cape of Good Hope, the delivery cycle will be extended by more than 20 days, coupled with tight cabin space during peak seasons, the inventory turnover efficiency of the enterprise will significantly decrease, and the cost of capital occupation will significantly increase. 4、 Structural differentiation opportunities The increase in sea freight rates for near ocean routes (Southeast Asia, Japan, and South Korea) is much lower than that of ocean routes, and the export orders in this region have been the least affected, becoming the core incremental market for exports in the fourth quarter of 2026. 5、High value-added functional products (antibacterial, UV resistant medical grade non-woven fabrics) have high cargo value, and the proportion of sea freight is only 5% -8%. The impact of rising sea freight is much smaller than that of ordinary conventional products, and the export profit stability is stronger.     Contact us for samples or a quote：You can contact us anytime, and we look forward to working with you. marketing@henghuanonwoven.com

From 2025 to 2026, multiple new mandatory standards and regulatory requirements have been introduced for the environmental indicators of PP spunbond nonwoven fabrics in China. The core dimensions have been comprehensively tightened, and the specific details are as follows: 1、 New regulations on production emissions and energy consumption The VOCs emission limits have been significantly tightened: The "Emission Standards for Pollutants in the Non woven Fabric Industry (GB 40842-2025)", which will be fully implemented on January 1, 2026, will tighten the VOCs emission limits for spunbond processes to 30mg/m ³, a 40% decrease from the old standards. At the same time, six new monitoring requirements for characteristic pollutants will be added, and companies without online monitoring equipment will face high penalties. Mandatory control of energy consumption and carbon emissions: The Implementation Plan for Green and Low Carbon Development of Textile Industry (2025-2030) clearly requires that the comprehensive energy consumption per unit output of PP non-woven fabric enterprises above designated size shall not exceed 42.6 kilograms of standard coal/ton by the end of 2025, and further reduce to 41.2 kilograms of standard coal/ton by 2026; New projects must provide a full lifecycle carbon emission report, and the carbon emission intensity per unit product must not exceed 2.1 tons of CO ₂ e/ton of fiber. Mandatory requirement for the utilization rate of recycled materials: Starting from 2026, a new medical grade PP non-woven fabric production line will be built, and the proportion of recycled polypropylene (rPP) used shall not be less than 15%. The industry's target for the utilization rate of recycled materials by 2026 will be increased to 10.5%. Enterprises that meet the requirements can enjoy a policy bonus of 85% VAT refund upon collection. 2、 New standards for product safety and performance Medical grade special mandatory threshold: The "Polypropylene Spunbond Nonwoven Fabric for Medical Protection" (GB/T 45123-2025) released in 2025 specifies for the first time that the residual amount of ethylene oxide is ≤ 5.0 μ g/g, the bacterial filtration efficiency BFE is ≥ 99.2%, and the thermal shrinkage rate ≤ 3.5% (120 ℃ × 10min) is listed as a mandatory inspection item for medical grade products leaving the factory. Special limit values for infant and child scenarios: The "Safety Technical Specification for Non woven Fabrics Used in Infant Diapers" (GB/T 43287-2025) has added a limit of ≤ 0.05mg/kg for residual acrolein and ≤ 0.8 for skin irritation index, filling the environmental protection index gap for personal care products. Food contact compliance upgrade: The updated GB 4806.7-2023 standard in 2023 requires that the total migration amount of PP non-woven fabric used in food contact should be ≤ 10mg/dm ², the total migration amount of aromatic primary amines should not be detected, and the migration amount of formaldehyde should be ≤ 15mg/kg, which is the core entry threshold for food packaging products. 3、 New compliance requirements for export end Starting from September 2025, medical non-woven fabrics exported to the European Union must be required to complete REACH Annex XVII, Item 72 filing and provide testing reports for 17 restricted substances such as nonylphenol and phthalates. Products that do not meet the standards will be directly returned by customs. The latest international standard ISO 24269:2026, released in August 2026, adds mandatory testing requirements for environmental indicators such as free formaldehyde, specific azo dyes, and heavy metals in non-woven fabrics used for ordinary civilian face masks, further raising the entry threshold for global civilian protective products.     Contact us for samples or a quote：You can contact us anytime, and we look forward to working with you. marketing@henghuanonwoven.com

The environmental performance of PP spunbond nonwoven fabric is generally above average in the industry, with the advantages of low pollution and recyclability. At the same time, there are inherent limitations of traditional PP materials that cannot be completely biodegraded. This can be fully explained from two aspects: core advantages and objective limitations 1、 Core environmental advantages Low energy consumption and low emissions in the production process: The spunbond process directly forms a web through melt spinning, omitting multiple high pollution processes such as spinning and weaving in traditional textiles, resulting in high production efficiency and no discharge of printing and dyeing wastewater throughout the entire process. The environmental attributes of the production process are far superior to traditional woven fabrics. Pure and non-toxic material: The qualified product is made of high-purity homopolymer PP as raw material, with an impurity content of less than 0.1%, no harmful chemical precipitation, and can directly contact the skin. It is suitable for close use scenarios such as medical, maternal and child care. Low smoke combustion without secondary pollution: The smoke density grade of high-purity grades can be as low as 30 or below (ordinary PP is about 80), and there is no toxic or harmful smoke generated during the combustion process. There are no solid harmful residues, which comply with the EU EN 13501-1 fire and environmental protection standards. Recyclable: The material has stable chemical properties and can be 100% recycled and processed through melting and granulation. The recycling rate is much higher than that of composite non-woven materials, which can significantly reduce the environmental burden after disposal. 2、 Objective environmental limitations Ordinary traditional PP spunbond non-woven fabric cannot achieve complete biodegradation, and complete decomposition in natural environments takes decades or even hundreds of years. During the decomposition process, microplastic residues may be generated, which cannot meet the strict requirements for complete degradation of industrial compost. Some ordinary PP non-woven fabrics on the market that claim to be "biodegradable" only add a small amount of starch and calcium carbonate fillers, which cannot achieve true complete degradation and instead accelerate plastic fragmentation, causing more hidden microplastic pollution. When purchasing, attention should be paid to identification. Contact us for samples or a quote marketing@henghuanonwoven.com

The price of crude oil has a significant impact on PP spunbond nonwoven fabric, which is the core underlying factor determining its production cost and market pricing. The transmission chain is direct and rigid. 1、 Direct strong binding on the cost side The domestic oil to PP production capacity accounts for about 57% of the total production capacity, and the PDH production capacity accounts for 20%. The costs of both mainstream processes are deeply tied to international oil prices, and the raw material cost of PP spunbond nonwoven fabric accounts for more than 70% of the total cost. For every $10/barrel increase in crude oil, the theoretical cost of PP fiber material will rise by about 400 yuan/ton, directly driving up the production cost of PP spunbond non-woven fabric. During the escalation of the Middle East conflict in March 2026, the cumulative fluctuation of oil prices exceeded $30/barrel, corresponding to a fluctuation range of PP costs exceeding 2684 yuan/ton, directly driving the daily adjustment of non-woven fabric spot prices. 2、 Market transmission is completely synchronized In September 2026, international oil prices exceeded the $100/barrel mark, directly driving up the prices of PP fiber materials and causing a significant increase in the market prices of PP spunbond nonwoven fabrics. Even if oil prices fall in the short term, the lag effect on the raw material side will still keep PP costs fluctuating at a high level, and non-woven fabric prices will not immediately fall synchronously with oil prices, resulting in an overall upward shift in the cost curve. 3、 Current special impact In September 2026, EIA has raised its forecast for the average Brent crude oil price for the year to $91.01 per barrel. Coupled with the continued supply interruption risk caused by the Middle East geopolitical conflict, the pattern of high oil prices will continue to run through the fourth quarter, and the cost support of PP spunbond nonwoven fabric will continue to strengthen. The price center will be significantly higher than the first half of the year. The only buffering factor is the current overcapacity in the industry, and the terminal has a strong resistance to price increases, which will partially suppress the price increase caused by the rise in oil prices and prevent a unilateral surge in prices. Contact us for samples or a quote marketing@henghuanonwoven.com

has good environmental friendliness and is recognized as a green non-woven material in the industry. 1. Natural degradation characteristics: placed in an outdoor natural environment, it can gradually decompose into harmless decaying plants in about 90 days, without producing harmful substances that pollute the environment; Under normal indoor storage conditions, it can naturally decompose within 8 years. 2. Combustion environmental attributes: The combustion process is non-toxic, odorless, free of harmful smoke and solid residues, and will not cause secondary pollution. Some high-purity and low smoke grades of combustion smoke density can be as low as 30 or below, far lower than the 80 of ordinary PP materials, and comply with the EU EN 13501-1 fire protection and environmental standards. 3. Advantages of recycling: The material is pure and stable, with no odor or harmful precipitation, and can be recycled and reused. The production process is short, the energy consumption is low, and it meets green production standards. It can be safely applied in environmentally friendly scenarios such as personal hygiene products and food packaging.     Contact us for samples or a quote---You can contact us anytime, and we look forward to working with you. marketing@henghuanonwoven.com  

1、 Complete production process 1. Raw material pretreatment: Mix polypropylene particles with antibacterial masterbatch such as nano zirconium phosphate loaded with silver in precise proportions, and remove moisture through hot air drying to avoid the formation of bubbles during subsequent melting processes that may affect spinning quality. 2‌. Melt extrusion: The mixed raw materials are fed into a screw extruder and heated to melt and plasticize in the temperature range of 220-250 ℃. The melt is then transported to the spinning component through a metering pump at a constant quantity and pressure. 3. Spinning into a web: The melt is extruded through the micropores of the spinneret to form continuous filaments, which are drawn by high-speed airflow and evenly laid on a moving web curtain to form a fiber web. 4. Reinforcement molding: The fiber mesh is reinforced by hot bonding using a hot rolling mill. Some high-end products are equipped with a water jet/needle punching composite process to ensure that the antibacterial components are evenly attached to the inside of the fiber, avoiding rapid loss during subsequent use. 5. Post treatment and finished product: After cooling and shaping, performance verification, the product is cut and rolled according to the specified width to obtain the final product. The qualified product can still maintain a stable antibacterial rate after 5 water washes. 2、 Core application areas 1‌. In the field of medical protection, it is used to make disposable surgical gowns, sterilization bags, inner layers of medical masks, and surgical drapes. It can effectively inhibit the growth of pathogenic bacteria, reduce the risk of cross infection, and comply with the GB/T20944.3 medical antibacterial material standard. 2. In the field of hygiene for mother and baby: As the surface layer of diapers, the bottom fabric of sanitary napkins, and the base material of urine pads, it is skin friendly and non irritating, avoiding the proliferation of bacteria in intimate use scenarios and improving the hygiene of use. 3‌. Household daily use areas: pet pads, antibacterial and dust removal wiping cloths, home textile lining, can suppress odors and mold growth, suitable for damp and prone to bacterial growth in home scenes. 4‌. In the field of industrial filtration, spunbond filtration substrates for fresh air systems and air conditioners are used to prevent bacterial adhesion and mold growth after long-term use, thereby improving the hygiene level of air filtration. Contact us for samples or a quote