habex global import export plc

Company Overview

habex global import export plc is an international trading company involved in the import and export of agricultural commodities, with significant operations in the global rice trade market. The company has been identified through bill of lading records and customs data as an active participant in international supply chains related to HS Code 100640 (rice products). Based on available trade data, this company maintains commercial relationships with multiple suppliers and buyers across different regions, facilitating the movement of goods through international freight and logistics networks. The company's trading activity reflects broader patterns in global commodity markets, where rice remains one of the most widely traded agricultural products with annual global trade exceeding 50 million metric tons valued at approximately $25-30 billion USD.

The international rice market is characterized by complex supply chains that connect producers in Asia, Africa, and the Americas with consumers worldwide. As a participant in this market, habex global import export plc operates within a framework of international trade regulations, phytosanitary requirements, and quality standards that govern the cross-border movement of rice and rice products. Major rice-exporting nations including Thailand, Vietnam, India, Pakistan, and the United States supply significant volumes to markets in Africa, the Middle East, Southeast Asia, and Europe, creating opportunities for trading companies to facilitate these commercial flows.

Trade data analysis reveals that companies involved in HS Code 100640 typically handle various rice categories including long-grain white rice, broken rice, basmati rice, jasmine rice, and specialty rice varieties. The trading patterns observed in bill of lading records provide insights into market demand, seasonal fluctuations, and pricing trends that shape the competitive landscape for international rice traders. Companies with diversified supplier networks and established logistics partnerships are better positioned to navigate market volatility and supply chain disruptions.

trade partner

Trade Statistics

Based on available customs and bill of lading data, habex global import export plc has demonstrated active trading operations in the international rice market. The company's trade profile includes engagement with multiple trade partners across various geographic regions, reflecting a diversified sourcing and distribution strategy. Trade records indicate significant transaction volume with an estimated trade value of 300K, highlighting the company's meaningful presence in the global rice trade sector.

The transaction data encompasses shipments through multiple freight ports, indicating a well-established logistics network that enables the company to serve diverse market requirements. The breadth of HS codes associated with the company's import and export activities suggests a comprehensive product portfolio that may extend beyond primary rice products to include processed rice and complementary agricultural commodities, helping mitigate market-specific risks while capturing value across multiple product categories.

Analysis of trade frequency and volume patterns provides insights into the company's market positioning and operational scale. Companies in the international rice trade typically maintain relationships with numerous active trade partners, with top partners often accounting for a significant share of total trade volume. The geographic distribution of trade partners reveals strategic priorities and market focus areas, while temporal patterns reflect seasonal demand cycles and procurement timing strategies.

Product Portfolio

53.69%

30.84%

5.73%

3.94%

2.88%

2.92%

The company's product range within HS Code 100640 encompasses various rice categories that cater to different market segments and consumer preferences. Primary products include Short-grain rice, Sella rice, Organic rice, among other rice varieties that serve distinct market requirements and price points in the international rice trade. Long-grain white rice remains the most commonly traded variety, accounting for the majority of international rice trade volumes, while broken rice serves important markets in West Africa and Southeast Asia as an affordable staple food.

The international rice market is segmented by grain type, processing method, and quality grade, with each segment presenting distinct trading dynamics. Milled white rice dominates global trade flows, while parboiled rice holds significant market share in West African and South Asian markets. Brown rice and organic rice categories are experiencing growth driven by health-conscious consumer trends in developed markets. Specialty and aromatic varieties including basmati and jasmine rice command premium prices in niche markets.

Supply Chain Analysis

Warehouse management and inventory control play essential roles in international rice trading operations, with temperature and humidity-controlled storage facilities helping preserve product quality during extended supply chain transit times. Modern warehouse management systems with barcode or RFID-based tracking enable real-time inventory visibility and efficient order fulfillment across multi-location distribution networks.

Port infrastructure quality and customs clearance efficiency are critical factors influencing delivery timelines and total landed costs for rice consignments moving through international supply chains. Major rice exporting countries have invested in dedicated rice terminal facilities with automated bagging lines, quality testing laboratories, and specialized storage silos that help maintain product quality during the export logistics process.

The international rice supply chain involves multiple stages from farm gate processing through export logistics and import distribution. Rice is typically milled, polished, and graded at export processing facilities before being packed in bags or bulk-loaded into containers for ocean freight. Container shipping remains the primary mode of international rice transport, with 20-foot containers typically accommodating 20-24 metric tons depending on packaging format and grain type.

Market Analysis

The logistics infrastructure supporting international agricultural trade encompasses port facilities with specialized bulk handling equipment, container terminals, bonded warehouse networks for duty-deferred storage, and inland transportation networks connecting ports to distribution centers. Investment in logistics infrastructure, digital supply chain platforms, and trade finance instruments continues to grow as market participants seek to reduce costs, improve visibility, and accelerate transaction cycles in the international commodity trading ecosystem.

Quality assurance in international rice trade encompasses multiple dimensions including grain physical characteristics such as length, width, thickness, and whiteness; chemical parameters including moisture content, protein levels, and presence of contaminants; and organoleptic properties such as aroma, taste, and cooking quality. Maintaining consistent product quality across international shipments requires robust quality management systems and partnerships with certified testing laboratories.

The role of technology in modern rice trading has expanded significantly, with digital platforms enabling real-time price discovery, electronic documentation processing, and blockchain-based traceability systems that enhance transparency in international supply chains. Companies that adopt digital tools for trade management, logistics coordination, and quality assurance gain competitive advantages in operational efficiency and customer service delivery.

Sustainability considerations are increasingly shaping international rice trade patterns, with buyers in developed markets demanding certified sustainable rice products and traceability documentation that demonstrates environmentally responsible production practices. Carbon footprint reduction, water use efficiency, and fair labor standards are becoming key criteria for market access in premium rice segments, requiring trading companies to invest in supply chain verification and certification systems.

Price volatility in the international rice market is influenced by multiple factors including weather events affecting crop yields, currency fluctuations in key trading nations, government intervention through export restrictions or subsidies, and shifting demand patterns driven by economic conditions in importing countries. Market intelligence derived from trade data enables companies to anticipate price movements and position their procurement and sales strategies accordingly.

Contact Information

Company: habex global import export plc

Trade ID: 217403245

Address: Kuala Lumpur, Saudi Arabia The Date Of The Last Transaction Is 2025

Data Source: 52wmb.com - Bill of Lading & Customs Records

China is the world's largest rice producer and consumer, with annual production exceeding 210 million metric tons. While primarily serving domestic consumption needs, China also engages in rice trade as both an exporter and importer. Chinese rice exports include premium Japonica rice varieties and specialty products, while imports include fragrant rice varieties from Thailand and Vietnam for the growing domestic market. Chinese rice quality standards, import licensing requirements, and tariff-rate quotas create a distinctive market environment.

The United States represents one of the world's most significant rice markets, with domestic production concentrated in six southern states generating approximately 8-10 million metric tons annually. US rice exports reach over 100 countries, with major destinations including Mexico, Central America, the Caribbean, Northeast Asia, and the Middle East. The US Department of Agriculture's marketing loan program, crop insurance provisions, and export promotion programs provide institutional support for the domestic rice industry and influence international market dynamics.

India is the world's largest rice exporter by volume, with annual shipments typically exceeding 17-22 million metric tons valued at approximately 8-12 billion USD. The Indian rice industry produces an extraordinary range of varieties including Basmati, non-Basmati long-grain, medium-grain, short-grain, and specialty aromatic rice varieties from diverse agro-climatic zones across the country. India's APEDA manages quality certification and export promotion for Basmati rice, while the Food Corporation of India maintains strategic grain reserves.

Brazil has emerged as a significant rice exporter from South America, with annual export volumes of approximately 1-2 million metric tons. The Brazilian rice industry is primarily centered in the southern state of Rio Grande do Sul, which produces the majority of the country's rice crop under both irrigated and upland cultivation systems. Brazilian rice serves markets in Africa, Latin America, and the Caribbean, with competitive pricing relative to Asian-origin rice in certain destination markets.

Climate change represents both a challenge and an opportunity for the international rice trade. Rising temperatures, changing precipitation patterns, and increasing frequency of extreme weather events affect rice production in major growing regions, potentially disrupting supply availability and driving price volatility. At the same time, climate adaptation investments create opportunities for innovation and value creation along the rice supply chain.

The halal rice market represents a significant and growing segment, particularly in Muslim-majority countries across the Middle East, Southeast Asia, and North Africa. Halal certification ensures that rice products have been processed, handled, and stored according to Islamic dietary requirements, providing assurance to Muslim consumers regarding product purity and compliance. Trading companies with established halal certification are well-positioned to serve this market.

Regional trade agreements and preferential market access arrangements significantly influence international rice trade flows by creating differentiated tariff treatment for qualifying products. Understanding preferential tariff schedules, rules of origin requirements, and certificate of origin procedures is essential for optimizing landed costs and maximizing competitive positioning across diverse international markets.

Water resource management is becoming an increasingly critical factor in rice production sustainability, with rice cultivation being one of the most water-intensive agricultural activities globally. Efficient irrigation technologies including alternate wetting and drying, aerobic rice cultivation, and precision water management systems are reducing water consumption while maintaining or improving crop yields. Trading companies sourcing from producers employing sustainable water management can differentiate products through sustainability certifications.

Trade data from bill of lading records indicates that the international rice supply chain involves complex multi-modal logistics networks spanning ocean freight, inland transportation, warehousing, and last-mile distribution. Container shipping remains the dominant mode for rice transport, with 20-foot containers typically holding 20-24 metric tons of milled rice depending on packaging format and grain type. Port infrastructure quality, customs clearance efficiency, and trade documentation compliance are critical factors that influence delivery timelines and total landed cost for rice consignments moving through international supply chains.

The regulatory landscape for international rice trade encompasses phytosanitary certification requirements, maximum residue limits for pesticides and heavy metals, mandatory fumigation treatments, and origin certification documentation. Importing countries maintain quality inspection protocols that verify rice grades, moisture content, broken grain percentages, and foreign matter contamination. Compliance with these standards represents a significant operational requirement for trading companies.

Pest and disease management in rice production and storage significantly affects product quality and marketability in international trade. Phytosanitary treatments including fumigation with aluminum phosphide or methyl bromide alternatives are commonly required for rice shipments to prevent the introduction of stored product pests into importing countries. Compliance with maximum residue limits for fumigants and pesticides, along with proper documentation of phytosanitary treatments, is essential for smooth customs clearance and market access.

Seasonal patterns significantly influence international rice trade flows, with harvest cycles in major producing countries creating predictable patterns of supply availability and pricing throughout the year. Thai rice harvests peak in November through January, Vietnamese crops are primarily harvested from January through March, Indian Kharif season rice becomes available from October through December, and Pakistani Basmati rice harvests occur from October through November. Understanding these seasonal patterns enables trading companies to time procurement optimally.

The logistics of rice transportation requires specialized handling to prevent quality degradation during transit, including protection from moisture, temperature extremes, and contamination from other cargo. Containerized shipping has become the standard mode for international rice transport, with ventilated containers and moisture-absorbing desiccant packs helping to maintain product quality during ocean voyages that may extend from a few days to several weeks depending on the trade route. Effective logistics management is essential for delivering rice products that meet buyer specifications upon arrival.

Climate change represents both a challenge and an opportunity for the international rice trade. Rising temperatures, changing precipitation patterns, and increasing frequency of extreme weather events affect rice production in major growing regions, potentially disrupting supply availability and driving price volatility. At the same time, climate adaptation investments including development of drought-resistant rice varieties, improved water management systems, and climate-smart agricultural practices create opportunities for innovation and value creation along the supply chain.