Offers to Sell

Sweet Corn Extract Powder Appearance: Fine light yellow powder Application: Baked goods, snack foods, ice cream and beverages. Shelf Life: 1 year Packing: 1kg/bag Certificate: GHPs, HACCP, HALAL

Minimum Order: 300

We are a manufacturer of premix jelato mango ice cream powder with more details as follows: It's very delicious, creamy, and fluffy compare with other Jelato ice cream shops. It is easy to apply, only water and powder. 1 kg of Ice Cream Powder  + 1.5 litre of water = 2.5kg of Ice Cream 1kg of Ice Cream Powder = 35 servings. Packing: 15kg/carton

Minimum Order: 500

Product Overview – Elevate Your Art Tool Portfolio Red Eagle empowers creative brands, distributors, and e-commerce platforms with premium alcohol-based markers designed for versatility and reliability. As a leading OEM alcohol markers manufacturer in China, we specialize in crafting tools that deliver vibrant color saturation, seamless blending, and long-lasting performance – enabling partners to offer professional-grade solutions to illustrators, designers, and hobbyists worldwide.

Appearance: Fine light purple powder Feature: Contain protein, crude fiber, carotene, thiamine, ash, calcium, phosphorus, iron, selenium, riboflavin, niacin, ascorbic acid Application: Desserts and beverage such as ice cream, biscuits, cakes, taro milk tea and etc. Shelf Life: 1 year Packing: 1kg/bag Certificate: GHPs, HACCP, HALAL

Minimum Order: 300

THAIFOOD-N (Non Phosphate) is a mixture of food grade sodium/calcium salts and food materials in a ratio to provide excellent performance in seafood products. BENEFITS: Thaifood-N (Food Additive) 1.Increasing yield (moisture retainer). 2.Minimizing the freeze loss (Drip Loss/ Weight Loss after defrost/ thawing). 3.Improving texture 4. Balancing phosphate rate. Due to some countries such as European ones control the rate of phosphate, Thaifood- N helps in keeping the rate/percentage of phosphate in fish and shrimp products at acceptable level based on EU regulation. Packing: 25 kg/bag

Minimum Order: 10 long tons

OEM Art Markers, Custom Markers – Your Partner for Premium Art Tool Solutions Precision Tools for Creative Excellence Red Eagle empowers with high-performance art markers tailored to diverse market demands. As a leading OEM/ODM Markers manufacturer in China, we specialize in crafting markers that balance vibrant color output, ergonomic design, and cost- efficiency – enabling you to deliver superior tools to artists, designers, and educators worldwide.

The SHTC941R is a high-performance fully automatic tire changer, designed for efficient and safe tire removal and mounting operations. It features an advanced right-assist-arm and tilting column structure, combined with multiple durable components and user-friendly designs. It can easily handle everything from standard car tires to various low-profile run-flat tires and modified tires, significantly improving maintenance efficiency while effectively protecting wheel rims. Key Advantages Powerful & Stable Core: Equipped with a pure copper electric engine and all- copper AC motor, ensuring high torque, strong power, and stable operation. Features low noise and anti-overheating characteristics for prolonged continuous use.

This low-profile heavy-duty horizontal hydraulic jack is designed for professional automotive repair. Built with thickened steel plates and a dual- pump lifting structure, it delivers high lifting capacity, long-lasting durability, and effortless operation. It is widely used for maintenance and tire replacement on cars and light trucks. Powerful Lifting: Dual-pump structure enables fast lifting, while the heavy- duty reinforced design allows the vehicle to be raised within minutes. High Lifting Capacity & Durability: Supports multiple tonnage requirements with robust construction, enabling precise, rapid, and efficient operation. Safe & Stable: The solid one-piece structure and excellent sealing performance prevent oil leakage, ensuring reliable and safe use. User-Friendly Operation: Ergonomic design, combined with a rotating tray and universal wheels, offers flexible movement, precise positioning, and easy handling. Low-Profile Design: Easily accesses and lifts low-clearance vehicles, ideal for auto repair shops, 4S stores, and various scenarios.

4th-Generation Self-Developed Chip YM1141, with fully independent intellectual property rights. Its GPU Turbo technology performance is 4-8 times that of peer products. Accurate battery life detection and evaluation functions, realizing dual- purpose in one device. 2.8-inch IPS Full-Gamut Color Screen, with the newly added automatic screen light-sensing function. The innovative UI 2.0 enables smooth operation, stronger interactivity and three-dimensional sense, bringing users a brand-new experience. The self-designed APP "YMOBD" supports quick connection, simple and fast. It covers 25 languages, featuring richer functions and a better user experience. Ergonomic design for comfortable grip, anti-drop and durability. The silicone buttons are coated with tactile oil, with wear resistance up to 500,000 times. Supports OBD-II 9 Protocols, applicable to most vehicles on the market (12V gasoline vehicles manufactured after 1996 in the US and after 2003 in Europe).

This professional dual-temperature hot glue gun features rapid heating technology and extended service life. Engineered for efficiency and durability, it offers two precise temperature settings for various bonding applications. The tool is particularly suitable for automotive repair scenarios, providing reliable adhesive solutions for interior trim, wire harness securing, and component insulation. Manufactured in compliance with executive standard G/TKGS31-2011, ensuring quality and reliability for both industrial and automotive use. Product Usage Select appropriate temperature setting based on material requirements (low for delicate materials, high for heavy-duty bonding) Allow the gun to heat up to operating temperature (approximately 2-3 minutes) Insert automotive-grade glue stick into the loading chamber Apply steady pressure to dispense melted adhesive onto repair area Press components together firmly during curing period Clean nozzle after use to prevent clogging Store upright when not in use Technical Specifications Power Settings 40W-80W (Low), 60W-100W (High) Standard G/TKGS31-2011 Feature Dual Temperature Control Heating Rapid heating technology Specialization Automotive repair applications Application Multi-purpose bonding and sealing in automotive and industrial environments

This product is a 26-piece heavy-duty socket set, specifically designed for industrial-grade high-intensity operations. The sockets are manufactured from 50BV30 special steel, combining high hardness with excellent toughness. The toolbox is injection-molded from orange-green environmentally friendly material and features an aluminum brand logo on the surface. The set covers 3/4" and 1" drive specifications, making it widely suitable for heavy-duty equipment maintenance, large machinery assembly, and other scenarios. For detailed parameters, please refer to the product catalog. Product Parameters Set Contents 26 heavy-duty socket tools Material & Craftsmanship 50BV30 special steel forging, orange-green environmentally friendly material toolbox Drive Specifications 3/4" drive (primary specification), 1" drive Socket Sizes (3/4" Drive) 21, 22, 23, 24, 26, 27, 28, 29, 30, 31, 32, 34, 36, 38, 41, 46, 50 (mm) Socket Sizes (1" Drive) 55, 60, 65 (mm) Adapter Conversion 3/4" (female) to 1" (male) adapter Sliding T-Bar Length 520mm (approx. 8 inches)

Choosing a skeleton oil seal is not simply a matter of matching inner and outer diameters. The real question is whether the operating conditions of the machine allow the sealing lip to maintain its contact pressure, oil film, and material stability over time. When the seal structure and the equipment parameters are aligned, leakage is rare; when they are mismatched, even a new seal may fail prematurely. Understanding how each parameter influences sealing behavior is the foundation of a reliable selection process. Understanding What Actually Creates the Seal A skeleton oil seal relies on three elements working together: the rubber body that shapes the lip, the metal case that provides rigidity, and the garter spring that maintains consistent radial load. The sealing action occurs at the very thin edge of the lip. This edge must press lightly against the shaft while allowing a microscopic lubricating film to form during rotation. If the shaft surface is too rough, the lip wears quickly; if it is too smooth, the oil film becomes unstable. The seal performs well only when the shaft condition, temperature, speed, and lubrication environment support this delicate balance. Key Parameters That Must Be Known Before Selecting a Seal Several parameters determine whether a seal can be installed and function correctly. These can be grouped into essential information and risk‑related information. Essential information These factors determine whether the seal can physically fit and whether the basic sealing function is achievable. Shaft diameter, housing bore, and installation width Operating speed, including continuous and peak values Medium type, such as gear oil, hydraulic oil, fuel, coolant, or fluids containing additives Temperature range, including steady‑state and short‑term peaks Sealing direction, such as oil retention only, dust exclusion, or sealing on both sides Without these details, selecting a seal becomes guesswork. Risk‑related information These factors influence service life and leakage probability. They often explain why a seal fails even when the size is correct. Shaft runout, eccentricity, and alignment Surface roughness, hardness, and presence of spiral tool marks Internal pressure or poor return‑oil conditions External contamination such as dust, mud, or cleaning fluids Installation constraints, including chamfers, shaft edges, and the ability to use installation sleeves In practice, the issues that are hardest to describe—runout, contamination, pressure—are often the true causes of leakage. Using Operating Conditions to Determine Seal Structure and Material Once the equipment parameters are clear, the next step is to match them with the appropriate seal design. This is not simply choosing a “model,” but selecting a structure and material that can withstand the actual environment. Speed and temperature Speed influences frictional heat at the lip, while temperature affects the elasticity and chemical stability of the rubber. Higher speeds require materials with better heat resistance and lip designs that minimize friction. Moderate‑speed applications may prioritize oil resistance and dimensional stability. When speed and temperature combine unfavorably, the oil film becomes unstable, and the lip may harden or wear prematurely. Contamination level In environments with dust, mud, or abrasive particles—such as construction machinery, agricultural equipment, or outdoor drives—the lip is exposed to external wear. A secondary dust lip or an external protective element helps prevent contaminants from reaching the primary sealing edge. Without this protection, abrasive particles can erode the lip and disrupt the oil film. Medium compatibility Different oils and fluids interact with rubber materials in different ways. Additives, solvents, or fuel components may cause swelling, hardening, or cracking if the material is not compatible. Understanding the exact medium is essential for choosing between materials such as nitrile, fluoroelastomer, or PTFE. A mismatch here often leads to early loss of elasticity and leakage. Pressure and return‑oil behavior skeleton oil seals are primarily designed for low‑pressure applications. If the cavity builds pressure due to restricted return flow, high oil level, or poor ventilation, the lip may be forced open. In such cases, improving the system design or selecting a seal intended for pressure conditions is necessary. Relying solely on a “stronger” seal rarely solves the underlying issue. Why Shaft Condition Determines Seal Life Many sealing failures originate not from the seal but from the shaft. Three aspects are especially important: Surface roughness: Excessive roughness accelerates wear, while overly smooth surfaces prevent stable oil film formation. Hardness and wear resistance: A soft shaft may develop a wear groove over time, making it difficult for a new seal to function properly. Runout and eccentricity: When the shaft does not rotate concentrically, the lip experiences fluctuating loads, leading to fatigue and oil film disruption. For critical or continuous‑duty equipment, surface treatments or wear sleeves can significantly improve long‑term performance. Installation Conditions and Their Influence on Sealing Performance Even a well‑selected seal can fail if installation conditions are unfavorable. Sharp edges, insufficient chamfers, or unprotected keyways can damage the lip during assembly. Uneven force during installation may deform the metal case or cause the seal to sit misaligned in the bore. Ensuring proper installation space, using suitable tools, and protecting the lip during assembly are essential steps in achieving consistent sealing performance. Building a Practical Selection Framework A systematic approach helps ensure that all relevant factors are considered: Identify temperature and medium to determine material. Evaluate speed and frictional conditions to choose lip design. Assess shaft condition to determine whether reinforcement is needed. Consider environmental exposure to decide on dust protection. Review pressure and return‑oil behavior to confirm suitability. Check installation space and assembly conditions to finalize structure. When these elements align with the seal’s capabilities, the sealing system is far more likely to perform reliably over time.

Minimum Order: 1000

The Fully Automatic Twist Lock is an essential safety device designed to secure shipping containers during transportation. Manufactured with precision by Hebei Linfeng Machinery Manufacturing Co., Ltd., this twist lock automatically engages and locks containers in place, significantly reducing manual labor and increasing operational safety and efficiency. Crafted from high-strength cast steel, our twist lock is built to endure harsh marine and industrial environments. Its fully automatic mechanism ensures quick and reliable locking and unlocking, making it ideal for ports, terminals, and intermodal transport applications. Key Features Automatic Locking & Unlocking Designed for high-efficiency operations—no manual intervention required. Heavy-Duty Construction Made from premium cast steel with anti-corrosion treatment for long-lasting performance. Standardized Design Conforms to ISO container securing standards, compatible with most container chassis and stackers. High Safety Performance Securely locks containers during stacking, loading, and transit, minimizing the risk of accidents. Low Maintenance Engineered for durability and reliability, reducing downtime and maintenance costs.

The ISO 1161 Top Right Corner Casting is a standardized steel component designed for use in intermodal shipping containers. As one of the essential structural elements, it is located at the top right position of the container frame. This corner casting ensures secure lifting, stacking, and locking of containers during transportation and storage. Manufactured according to ISO 1161 international standards, it guarantees compatibility with container handling equipment and meets global requirements for strength, durability, and safety. Container Accessories Features: Standard Compliance Manufactured in strict accordance with ISO 1161 specifications. Position Top Right (TR) corner of the container. Material High-strength cast steel with excellent impact resistance. Application Used for container lifting, stacking, securing, and transportation. Surface Finish Anti-rust coating or hot-dip galvanized (optional). Durability Withstands harsh marine and port environments.