United States of America Webbing Sling Importers

Updated: 3 October 2026 | Source: U.S. Customs Bill of Lading Records | Page ID: PNUM6970

Webbing slings are essential lifting and rigging components used across a wide range of industries including construction, manufacturing, logistics, shipping, oil and gas, mining, and utilities. The United States represents one of the world's largest markets for webbing sling products, with domestic demand driven by the extensive industrial base, rigorous occupational safety standards, and the continuous need for reliable lifting and load-securing equipment in the American economy. This page documents bill of lading (B/L) records for U.S. webbing sling importers, providing detailed insight into the international supply chains, product specifications, shipping routes, and commercial relationships that characterise the American webbing sling import trade. The featured shipment documents the import of webbing products by S.I.R. Webbing Inc. of Hawthorne, New Jersey, sourced from a Chinese manufacturer and routed through the Port of Shanghai to the Port of New York/Newark.

The webbing sling import sector is a significant component of the broader U.S. industrial hardware and rigging equipment market, which is valued at approximately USD 3.5 billion annually across all product categories including wire rope slings, chain slings, webbing slings, and associated rigging hardware such as shackles, hooks, and turnbuckles. Webbing slings, also known as synthetic slings or flat woven slings, are manufactured from high-strength synthetic fibres, predominantly polyester (PES), nylon (PA6/PA66), and polypropylene (PP), woven into flat webbing strips of varying widths and thicknesses that are then fabricated into one-leg, two-leg, three-leg, or four-leg sling assemblies with appropriate end fittings. These products are preferred over wire rope and chain slings in many lifting applications due to their lighter weight, which reduces handling fatigue and the risk of injury to rigging personnel; their soft and flexible construction, which conforms to the shape of the load and minimises damage to delicate or finished surfaces; and their high strength-to-weight ratio, which enables safe lifting of heavy loads with relatively lightweight and easily handled equipment.

U.S. Webbing Sling Market Overview

The United States webbing sling market is driven by the extensive demand for lifting and rigging equipment across the nation's industrial, commercial, and construction sectors. The American market for lifting slings encompasses all three primary sling types: wire rope slings, chain slings, and synthetic webbing slings, with each type occupying distinct application niches based on their respective performance characteristics. Webbing slings have gained significant market share over the past three decades, particularly in applications where load surface protection, lightweight handling, and versatility are prioritised, and now represent an estimated 35-40% of the total lifting sling market by unit volume. The growth of the webbing sling segment has been supported by advances in synthetic fibre technology, particularly the development of high-tenacity polyester yarns with breaking strengths that approach those of equivalent-sized wire rope, combined with the inherent advantages of synthetic slings in terms of weight, flexibility, and surface protection.

The domestic U.S. manufacturing capacity for webbing slings, whilst substantial, does not fully meet the total market demand, creating a significant import requirement that is predominantly supplied by Chinese manufacturers. China is the world's largest producer of synthetic webbing and webbing sling products, benefiting from an integrated supply chain that encompasses the entire production process from petrochemical feedstocks through synthetic fibre extrusion, webbing weaving, and sling fabrication. Chinese webbing manufacturers have invested heavily in modern weaving equipment, particularly high-speed needle looms and shuttleless looms capable of producing webbing to the tight dimensional and strength tolerances required by international safety standards. The competitive advantage of Chinese webbing producers rests on their ability to achieve economies of scale in production, access to low-cost raw materials from the domestic petrochemical industry, and labour cost advantages in the labour-intensive fabrication processes involved in converting woven webbing into finished sling assemblies with sewn eyes, end fittings, and protective sleeves.

The U.S. webbing sling import trade is concentrated through several major entry points that reflect the geographic distribution of American industrial activity and the logistics networks that serve it. The Port of New York and New Jersey, which handled this documented shipment, is the largest port on the U.S. eastern seaboard and a primary gateway for containerised imports from China and other Asian manufacturing centres. Other significant ports for webbing sling imports include the Port of Los Angeles and Port of Long Beach on the west coast, which handle trans-Pacific shipments directly from Chinese ports; the Port of Savannah, Georgia, which serves the southeastern industrial corridor; and the Port of Houston, Texas, which serves the petrochemical and oilfield services industries that are major consumers of lifting and rigging equipment. The inland distribution of webbing sling imports is facilitated by the extensive U.S. road and rail network, with importers typically maintaining warehouse and distribution facilities in strategically located industrial areas that provide efficient access to the major consumption centres.

Bill of Lading Data: S.I.R. Webbing Inc Shipment

The following bill of lading record documents a webbing import shipment made by S.I.R. Webbing Inc, sourced from U.S. Customs and Border Protection records and public maritime data. This B/L provides detailed information about the product, the parties involved, the shipping route, and the logistics arrangements used to transport webbing products from China to the United States.

The shipment of 2,538 kg of webbing, packed in 125 cartons, represents a moderate-sized consignment of webbing product, consistent with a commercial import order rather than a sample or test shipment. The packing in 125 cartons, with an average weight of approximately 20.3 kg per carton, is typical for webbing products that are typically rolled or coiled and packed in corrugated cartons for protection during transit and ease of handling at the destination warehouse. The commodity description "WEBBING" is a generalised description that encompasses the range of woven synthetic webbing products used in sling manufacturing, including flat woven polyester webbing, tubular woven webbing, and specialised high-performance webbing made from advanced fibres such as high-modulus polyethylene (HMPE) or aramid.

The presence of both a house bill of lading (SINOSHE1706124B) and a master bill of lading (KKLUSH7888036) indicates that this shipment was processed through a freight consolidation arrangement. The house B/L, issued by Sino Connections Logistics Inc as the non-vessel operating common carrier (NVOCC) or freight forwarder, serves as the contract of carriage between the shipper (Easy Garden Watering) and the consolidator. The master B/L, issued by the ocean carrier (identified by the KKLUSH prefix associated with K Line or its successor entities), serves as the contract of carriage between the consolidator and the vessel operator for the ocean transport segment. This consolidation arrangement allows multiple smaller shipments from various Chinese suppliers to be combined into full container loads (FCL) for efficient ocean transport, reducing the per-shipment shipping cost compared to less-than-container load (LCL) arrangements.

Consignee Profile: S.I.R. Webbing Inc

S.I.R. Webbing Inc. is a United States-based company specialising in webbing products, operating from 75 4th Avenue in Hawthorne, New Jersey 07506. The company name "S.I.R. Webbing" clearly identifies its core business in the webbing sector, and the absence of a more descriptive trade name suggests that the company operates as a focused specialist in webbing products rather than as a broad-line industrial distributor. The "Inc." designation indicates that the company is incorporated, providing limited liability protection to its shareholders and enabling it to conduct business as a separate legal entity, the most common corporate form for established commercial enterprises in the United States.

Hawthorne, New Jersey is a borough in Passaic County, located in the greater New York metropolitan area approximately 15 miles northwest of Manhattan. The location in the New Jersey industrial corridor that stretches along the Route 208 and Interstate 80 corridors through Passaic and Bergen counties provides S.I.R. Webbing with excellent access to the Port of New York and New Jersey, which is the largest port on the U.S. eastern seaboard and the primary entry point for containerised imports from Asia arriving via the trans-Pacific and Suez Canal trade routes. The proximity to the port is a significant logistical advantage for an importing company, as it minimises the inland transport distance and cost between the port of unlading and the company's receiving warehouse, and provides access to the extensive customs brokerage, freight forwarding, and logistics services that concentrate in the port-adjacent areas of northern New Jersey.

The New Jersey location also places S.I.R. Webbing within one of the nation's most concentrated industrial and commercial distribution corridors. The northern New Jersey area, particularly the communities along the Route 17 and Interstate 80 corridors in Bergen and Passaic counties, has historically been a major centre for the distribution of industrial hardware, fasteners, rigging equipment, and related products. This geographic concentration of industrial distributors provides access to a deep pool of knowledgeable suppliers, customers, and industry networks, as well as the road and rail infrastructure that connects the region to the major consumption markets of the northeastern and mid-Atlantic states. The greater New York metropolitan area, with its enormous concentration of construction activity, manufacturing facilities, marine terminals, and logistics operations, represents a significant local market for webbing and sling products, providing S.I.R. Webbing with a substantial base of potential customers within easy reach of its Hawthorne facility.

Shipper Profile: Easy Garden Watering Co., Ltd

Easy Garden Watering Co., Ltd. is a Chinese manufacturing and trading company located at No. 368 Guanghua Road in the Hi-Tech Zone of Ningbo, China. Ningbo is a major port city in Zhejiang Province on China's eastern coast, approximately 150 kilometres south of Shanghai, and is one of the country's most important manufacturing and export centres. The city's Hi-Tech Zone (also known as the Ningbo National Hi-Tech Industrial Development Zone) is a government-designated industrial park that provides preferential policies and infrastructure to technology-oriented and export-focused manufacturing enterprises, suggesting that Easy Garden Watering operates within a modern, well-equipped manufacturing environment that benefits from the zone's investment incentives and logistics facilities.

The company name "Easy Garden Watering" may appear incongruous for a webbing manufacturer, as it suggests a primary business orientation toward garden watering products such as hoses, sprinklers, and irrigation equipment. However, in the context of Chinese manufacturing companies, it is common for businesses to register under names that reflect their original or primary product line whilst subsequently diversifying into related or unrelated product categories. The production of synthetic webbing shares manufacturing processes and material inputs with garden hose reinforcement, as both products involve the weaving or braiding of synthetic fibres (typically polyester or nylon) to create flexible, high-strength woven products. It is likely that Easy Garden Watering began as a garden product manufacturer and subsequently expanded its production capabilities to include industrial webbing products, leveraging its existing weaving equipment, synthetic fibre sourcing relationships, and export infrastructure to enter the webbing market.

Ningbo's position as a major manufacturing and export centre provides Easy Garden Watering with significant competitive advantages in the international webbing trade. The city is home to one of China's busiest container ports, the Port of Ningbo-Zhoushan, which is the world's busiest port by cargo tonnage and the third-busiest by container volume, handling over 30 million TEU annually. The proximity to this world-class port facility enables efficient containerised export of manufactured goods to destinations worldwide. Additionally, Ningbo's location in Zhejiang Province places the company within one of China's most developed manufacturing regions, with access to a comprehensive supply chain of raw materials (synthetic yarns, chemicals, packaging materials), component suppliers, equipment manufacturers, and logistics service providers that support the efficient and cost-effective production of webbing and related products for export markets.

Commodity Analysis: Webbing under HTS 3906

The Harmonised Tariff Schedule (HTS) classification of this shipment under heading 3906 is notable and warrants careful analysis. HTS Chapter 39 covers "Plastics and articles thereof," and heading 3906 specifically covers "Acrylic polymers in primary forms." This classification suggests that the commodity description "WEBBING" in the B/L record may refer to a raw or semi-processed plastic material used in the production of synthetic webbing, rather than finished woven webbing products. Acrylic polymers are used in the production of acrylic fibre, which whilst less common than polyester or nylon in webbing applications, is used in certain specialised webbing products where its particular properties of UV resistance, weatherability, and soft hand feel are valued.

Alternatively, the HTS 3906 classification may reflect the classification practices of the customs broker or importer at the time of entry, where the webbing product was classified under the plastics heading based on its predominant material composition rather than its manufactured form. Under the Harmonised System, there is a general interpretative rule that when a product could be classified under two or more headings, the heading that provides the most specific description shall be preferred. For finished woven webbing products, the more appropriate classification would typically be under Chapter 54 (man-made filaments), Chapter 55 (man-made staple fibres), or Chapter 58 (special woven fabrics, including narrow woven fabrics such as webbing), depending on the specific construction and material composition of the product. The classification under 3906 may indicate that the imported product was plastic monofilament, strip, or raw acrylic polymer material in primary form that would subsequently be extruded, woven, or processed into finished webbing at a U.S. facility.

The distinction between raw material and finished product classification has significant implications for the applicable duty rate and the interpretation of the import transaction. If the shipment consisted of acrylic polymer in primary form (HTS 3906), the general rate of duty is typically 6.5% ad valorem, with potential reductions under applicable trade preference programmes. If the shipment consisted of finished woven webbing (which would more properly fall under Chapter 58, heading 5806 for narrow woven fabrics), the duty rate and regulatory requirements would differ. Importers must ensure accurate tariff classification to comply with U.S. customs law and to optimise their duty liability within the bounds of legal classification practice. The classification of webbing products requires particular expertise due to the range of possible headings under which these products may fall, depending on their material composition, construction method, width, and intended end use.

Shipping Route: Shanghai to New York/Newark to Jacksonville

The shipping route for this shipment traces a path from the Port of Shanghai in China to the Port of New York/Newark in New Jersey, with the ultimate destination listed as Jacksonville, Florida. This routing reflects a multi-leg logistics arrangement in which the ocean transport segment delivers the container to the Port of New York/Newark as the U.S. port of unlading, after which the container is transported inland to Jacksonville, Florida as the final destination. The use of New York/Newark as the port of entry rather than a more direct routing to Jacksonville suggests that the ocean carrier's service route calls at New York/Newark but not at Jacksonville, requiring an inland intermodal move to complete the delivery to the consignee or their distribution facility in the Jacksonville area.

The Port of Shanghai is the world's busiest container port by TEU volume, handling over 47 million TEU annually, and serves as the primary gateway for China's enormous export trade in manufactured goods. Shanghai's deep-water facilities at Yangshan, located on islands connected to the mainland by the 32.5-kilometre Donghai Bridge, can accommodate the largest container vessels currently in service, providing the capacity and vessel frequency that shippers require for reliable and efficient export operations. The receipt of the cargo at Shanghai (noted in the "Place of Receipt" field) indicates that the container was loaded and delivered to the port terminal in Shanghai for ocean transport, consistent with Ningbo-based shippers commonly routing exports through Shanghai's larger and more frequently served port facility rather than through Ningbo's own port.

The Port of New York and New Jersey, operated by the Port Authority of New York and New Jersey, is the largest port on the U.S. eastern seaboard and the third-busiest container port in the United States, handling approximately 7.8 million TEU annually. The port complex encompasses facilities in New York, New Jersey, and Connecticut, with the primary container terminals located at Port Newark-Elizabeth Marine Terminal in Newark and Elizabeth, New Jersey. The port's strategic location at the centre of the New York metropolitan area, the largest consumer market in the United States with over 20 million residents, and its extensive inland transport connections including rail, road, and barge links, make it the natural gateway for containerised imports destined for the northeastern and mid-Atlantic regions. The routing of this shipment through New York/Newark, even though the ultimate destination is Jacksonville, may reflect the carrier's service pattern, the availability of inland intermodal connections from Newark to Jacksonville, or commercial terms between the importer and their logistics providers.

Jacksonville, Florida, as the ultimate destination, is a significant industrial and logistics centre in the southeastern United States. Jacksonville's deepwater port on the St. Johns River is a major vehicle and cargo port, and the city's location at the crossroads of Interstate 95 (the principal north-south corridor on the eastern seaboard) and Interstate 10 (the principal east-west corridor across the southern states) makes it a strategic distribution point for industrial products serving the Florida market and the broader southeastern region. The presence of a destination in Jacksonville suggests that S.I.R. Webbing may have a distribution facility, customer, or onward delivery point in the Jacksonville area, or that the cargo was destined for an industrial consumer in the region's significant manufacturing, logistics, or military base activities.

Carrier and Vessel Analysis

The carrier of record for this shipment is Sino Connections Logistics Inc, which operates as a non-vessel operating common carrier (NVOCC) and freight forwarder specialising in the China-to-United States trade lane. NVOCCs are licensed ocean transportation intermediaries that issue their own bills of lading to shippers whilst purchasing space on vessel-operating carriers' ships to transport the consolidated cargo. Sino Connections Logistics' specialisation in the China-U.S. trade suggests that the company maintains established relationships with Chinese shippers, U.S. consignees, and ocean carriers operating the trans-Pacific service routes, providing the documentation, consolidation, and coordination services that facilitate efficient containerised trade between the two countries.

The house bill of lading prefix "SINOSHE" is characteristic of Sino Connections' documentation system, with the "SHE" element likely referencing Shanghai as the port of origin. The master bill of lading number KKLUSH7888036, with the "KKLU" prefix, is associated with "K" Line (Kawasaki Kisen Kaisha, Ltd.), one of Japan's major shipping lines and a member of the "K" Line / ONE (Ocean Network Express) alliance that operates container services on the major east-west trade routes. At the time of this 2017 shipment, "K" Line operated container vessels on the Asia-to-North America trade lanes, providing the regular liner service that NVOCCs like Sino Connections utilise to transport consolidated cargo from Chinese ports to U.S. destinations.

The vessel HANNOVER BRIDGE (the spelling "HANNOVER" reflecting the German spelling of Hanover) is a container vessel that was deployed on "K" Line's trans-Pacific service. The vessel name follows "K" Line's naming convention for its container ships, which uses the "BRIDGE" suffix for vessels in the 4,000-8,000 TEU capacity range deployed on the major east-west trade routes. The voyage number 064E indicates the specific sailing of the vessel, with the "E" suffix typically denoting the eastbound leg of the service rotation (Asia to North America), consistent with the shipment's direction from Shanghai to New York. The vessel would have called at multiple ports during its service rotation, including ports in China, possibly Korea and Japan, before the trans-Pacific ocean crossing to U.S. ports on the west coast and/or east coast via the Panama Canal or Suez Canal, depending on the specific service routing.

Webbing Sling Safety Standards and ASME B30.9

The use of webbing slings in lifting operations in the United States is governed by a comprehensive framework of safety standards and regulations that establish the design, manufacturing, testing, and use requirements for these products. The primary standard governing synthetic webbing slings in the United States is ASME B30.9 "Slings," which is part of the broader ASME B30 series covering lifting and rigging equipment. ASME B30.9 specifies the requirements for the fabrication, inspection, testing, maintenance, and use of slings used for lifting loads in conjunction with hoisting or pulling equipment, including specific provisions for synthetic webbing (flat and tubular) slings.

Webbing slings used in the United States must be manufactured in compliance with the applicable Web Sling and Tie Down Association (WSTDA) standards, which establish the minimum requirements for the materials, construction, dimensions, and rated capacities of synthetic webbing slings. The WSTDA standards specify the minimum requirements for the synthetic fibres used in sling manufacture (primarily polyester, nylon, and polypropylene), the weaving construction and thickness of the webbing, the sewing requirements for eyes and end fittings, the identification and labelling requirements (including the rated capacity or working load limit for each sling configuration), and the proof testing requirements for finished slings. These standards are referenced by ASME B30.9 and by the Occupational Safety and Health Administration (OSHA) regulations at 29 CFR 1910.184, which require that slings used in workplace lifting operations comply with the applicable ASME and WSTDA standards.

The rated capacity or working load limit (WLL) of a webbing sling is determined by the strength of the webbing material, the width and number of plies of the webbing, and the type of hitch used in the lifting application (vertical hitch, choker hitch, or basket hitch). Polyester webbing slings, which are the most common type used in the United States, are typically rated at WLL values ranging from 1,000 pounds for a 1-inch wide single-ply sling in a vertical hitch, up to 40,000 pounds or more for wide multi-ply slings in basket hitch configurations. The safety factor for synthetic webbing slings is typically 5:1, meaning that the breaking strength of the sling is at least five times the rated working load limit, providing a substantial margin of safety against unexpected overload conditions, material degradation, and the dynamic loading effects that occur during lifting operations. Importers of webbing products, such as S.I.R. Webbing Inc, must ensure that the imported webbing meets the strength and dimensional requirements specified by the WSTDA and ASME standards to be legally sold and safely used in U.S. lifting applications.

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