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Liquid Dielectric Transformer
Liquid transformers are ideal for medium voltage and high-voltage applications .Not all kinds of liquid-filled transformers operate with the same cooling system. The cooling method can also vary depending on the mechanism’s power capacity. Here are the standard cooling methods in liquid transformers.
- Oil Natural Air Natural (ONAN) – For oil-filled transformers that operate at up to 30mVa.
- Oil Natural Air Forced (ONAF) – Medium voltage oil filled transformers that operate up to 60mVa uses.
- Oil Forced Air Forced (OFAF) – High-rated transformers use this mechanism of forced fluid circulation using a pump and forced air through a fan.
- Oil Forced Water Forced (OFWF) – For transformers with significantly higher capacities, this involves adding water to further aid in heat dissipation.
The liquid filled transformers are robust and are suitable for installation indoors or outdoors in harsh environments. LV , MV, HV transformers require very little maintenance and have a long life span of up to 35 years.
Liquid Filled Transformers advantages:
- Low initial transformer cost.
- Long service life of up to 35 years.
- Low load losses.
- Large choice of styles, ratings and types.
- Can be custom built to meet customer requirements.
Liquid Laundry Detergents
Liquid detergents disperse easily in cold water, making them suitable for energy-efficient laundry practices. This characteristic is particularly beneficial for washing delicate fabrics that require lower temperatures, as it helps prevent damage while still effectively cleaning clothes.
Liquid detergents excel at pre-treating stains because they penetrate fabrics quickly. This feature allows users to apply the detergent directly to stains before washing, enhancing stain removal effectiveness for spills and splatters.
These detergents are particularly effective at breaking down oily stains and are more resilient in hard water conditions. Their formulation allows for better emulsification of oils, which is essential for effective cleaning.
Liquid Soap
Some of available Liquid Soaps Composed of natural ingredients, each wash is enriched with glycerin, leaving your skin thoroughly cleansed and beautifully hydrated. Liquid soaps also tend to be less messy and can be easier to use when washing hands and body .
Many fragrances are available such as Lemon , lavender , strawberry ,roses , mint , pomegranate,…
Liquid Sodium Silicate
Liquid Sodium Silicate grades are generally differentiated according to concentration, density and SiO₂/Na₂O molar ratio, allowing manufacturers to select a grade appropriate for a specific production process. Sodium silicate with relatively higher alkalinity is commonly used in detergents, cleaning compounds and chemical formulations, while grades with different silicate ratios and concentrations are widely used as binders and additives in construction, foundry and ceramic industries. In detergent manufacturing, liquid sodium silicate can contribute to alkalinity, soil suspension, corrosion protection and builder performance. In the foundry industry, sodium silicate is used as an inorganic binder in sand molding systems, while in welding electrode manufacturing it can act as a binder during electrode production. In construction, sodium silicate is utilized in cementitious and mineral-based formulations, hardeners, sealers and certain fire-resistant applications.
Ceramic and refractory manufacturers may use suitable grades as binders or processing aids, while paper and pulp industries can use sodium silicate in selected bleaching and processing systems. Liquid Sodium Silicate can also be used in water treatment and industrial chemical formulations where its alkalinity and silicate functionality are advantageous. Typical specifications may include SiO₂ content, Na₂O content, SiO₂/Na₂O ratio, total solids, specific gravity, viscosity, pH and visual appearance. Because industrial requirements differ significantly, concentration and silicate ratio can be adjusted or selected according to the final application and buyer specification. Major advantages of Liquid Sodium Silicate include good binding strength, alkaline performance, thermal stability, compatibility with numerous inorganic formulations, cost efficiency and versatility across multiple industries.
Liquide Dish Washing Detergents
When it comes to the active ingredients, most detergents use a combination of grease-cutting bleach, enzymes, oxi beach, and rinsing agent to keep dishes clean, clear, and polished . Liquide dish washing detergents are primarily filled with enzymes. They remove all the tough stains from the dishes and clean tea stains and cleans greasy and nasty looking dishes to sparkling clean and spot free dishes.
A liquid dish washing detergent removes hard water stains from the dishes and gives them a refreshing look like they never were there in the first place. It fights on stuck food. It also acts on baked food and removes them. It is safe for all types of dishes whether it is cutlery or plastic wares. Liquide dish washing detergents also save glassware and protect the glass from getting scratched and damaged.
Liquorice
Liquorice grows best in well-drained soils in deep valleys with full sun. It is harvested in the autumn two to three years after planting . Licorice root has a long history of use, going back to ancient cultures. It was used traditionally for treating a variety of conditions, including lung, liver, circulatory, and kidney diseases. Licorice root and extract is promoted as a dietary supplement for conditions such as digestive problems, menopausal symptoms, cough, and bacterial and viral infections. Licorice gargles or lozenges have been used to try to prevent or reduce the sore throat that sometimes occurs after surgery. Licorice is also an ingredient in some products for topical use appliable to the skin. due to its sweetness and flavoring characteristics, licorice extract is mostly used in the confectionery industry.
Nevertheless, licorice oil is used as agent in care products, food products, beverages, toothpaste, and cosmetics. Also, licorice extract has antimicrobial, antioxidant, antiviral, anti-inflamatory, antihepatotoxic, and antimutagenic effects, and its use as an additive provides foods with these functional properties. Licorice, is used in cosmetics for the protection of skin and hair from oxidative processes as well as to regulate skin pigmentation because of its properties such as Deoxidizer ,Despigmentante ,Anti-aging, Disinfectant , Photoprotector
Lithium Grease
Lithium Grease is available in different grades and formulations, with NLGI 00, NLGI 0, NLGI 1, NLGI 2, and NLGI 3 being common consistency grades for different lubrication systems and operating conditions. Among these grades, Lithium Grease NLGI 2 is one of the most widely used options because its consistency provides a practical balance between pumpability, adhesion, mechanical stability, and protection of moving components. Standard lithium greases are commonly produced with mineral base oils, while premium formulations may use highly refined or synthetic base oils to provide improved low-temperature performance, oxidation resistance, service life, and operating stability.
Lithium EP Grease contains extreme-pressure additives and is designed for applications exposed to high loads, shock loading, heavy-duty mechanical contact, and demanding industrial operating conditions. Multipurpose Lithium Grease is formulated for general-purpose lubrication and can be used across bearings, bushings, chassis components, electric motors, conveyors, and various industrial machinery where a conventional lithium grease is suitable. High-temperature lithium grease and specialized lithium complex formulations are also commercially available when higher thermal stability, improved dropping point, or extended service intervals are required. The main technical characteristics of lithium grease include good mechanical stability, strong adhesion to metal surfaces, effective corrosion protection, reliable water resistance, and good resistance to oxidation under normal service conditions. Lithium grease is particularly suitable for rolling-element bearings, plain bearings, bushings, gears, pins, joints, shafts, chassis components, electric motors, pumps, fans, conveyors, and industrial machinery.
In automotive applications, lithium grease can be used for chassis lubrication, wheel bearings, universal joints, hinges, linkages, and other components when the equipment manufacturer’s lubrication requirements are compatible with the grease specification.
In industrial plants, lithium grease is commonly used for electric motor bearings, conveyor systems, machine tools, material-handling equipment, pumps, fans, compressors, and general mechanical assemblies. Agricultural and construction equipment can also benefit from suitable lithium grease formulations for pins, bushings, joints, bearings, shafts, and other moving components exposed to dust, vibration, load, and outdoor operating conditions. The selection of lithium grease should consider NLGI consistency, base oil viscosity, operating temperature, load conditions, water exposure, rotational speed, relubrication interval, and compatibility with the existing lubricant. NLGI 2 lithium grease is generally appropriate for many standard bearing and general machinery applications, while softer NLGI grades may be preferred where centralized lubrication systems or improved pumpability are required. For heavy-load applications, lithium EP grease can provide additional protection against wear and surface damage, particularly where shock loads, high pressure, or metal-to-metal contact may occur.
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LLDPE Agricultural Film Grade Granules
The appropriate LLDPE grade can provide good elongation, puncture resistance and film toughness while maintaining stable processing during blown film extrusion. The commercial applications of Agricultural LLDPE extend across greenhouse cultivation, soil mulching, crop protection, fodder preservation and agricultural packaging. Depending on the final product, manufacturers may combine LLDPE with LDPE, mLLDPE and specialized additives such as UV stabilizers, anti-drip or anti-fog additives to achieve the required service life and optical performance. Greenhouse films may require controlled light transmission and durability, while mulch films place greater emphasis on tear resistance, flexibility and resistance to environmental conditions. Silage films require strong stretching performance and reliable sealing to protect agricultural material from oxygen and moisture. Consequently, agricultural film producers should select the polymer according to the specific film structure, thickness, climate, expected service life and extrusion technology.
For international B2B supply, LLDPE Agricultural Film Grade Granules are generally packed in moisture-resistant, sealed polyethylene-lined bags or durable multi-layer industrial packaging. Depending on the order size, suppliers may offer standard 25 kg bags or jumbo bags for larger industrial shipments. The granules should be stored in a dry and clean area and protected from direct sunlight and excessive heat before processing. When sourcing Agricultural Film Grade from Iran, buyers should evaluate the resin’s MFR, density, mechanical properties and compatibility with the intended additive package and multilayer film structure.
LLDPE Film Grade Granules
It is commonly used where manufacturers need strong, flexible films with good resistance to tearing and puncture. The material can also be blended with LDPE or other polyethylene grades to optimize film performance and processing behavior. In commercial film production, LLDPE Film Grade Granules are widely used for shopping bags, garbage bags, industrial packaging films, liner films, wrapping films and various general-purpose flexible packaging applications. One of the main advantages of LLDPE is its ability to provide high mechanical performance even when producing relatively thin films, which can help manufacturers reduce material consumption without sacrificing essential film properties. The appropriate grade should be selected according to the required MFR, density, film thickness, extrusion equipment and final application. For demanding packaging applications, factors such as puncture resistance, tensile strength, elongation and seal performance should be considered when choosing an LLDPE grade.
LLDPE Film Grade is normally supplied as clean, free-flowing polymer granules suitable for industrial extrusion lines. For international B2B trade, the material is commonly packed in moisture-resistant polyethylene-lined bags or multi-layer industrial bags, with standard commercial packaging often available in 25 kg bags, while larger quantities can be supplied in jumbo bags depending on supplier capability and buyer requirements. Proper packaging helps protect the granules from contamination, moisture and physical damage during storage and transportation.
LLDPE Granule
LLDPE is mainly used in the production of plastic films, packaging materials, stretch films, shrink films, agricultural films, and industrial packaging products. Due to its superior puncture resistance and mechanical strength, LLDPE is an ideal choice for food packaging films, shopping bags, liners, and flexible packaging applications. This polyethylene grade is also widely used in agriculture for greenhouse films, mulch films, irrigation components, and protective covers. In addition, LLDPE Granules are utilized in rotational molding, extrusion coating, wire and cable insulation, and injection molding applications where durability and flexibility are required. The balanced properties of LLDPE make it suitable for blending with other polyethylene grades to improve processing performance and final product quality. Iranian LLDPE suppliers provide different grades based on Melt Flow Index (MFI), density, and application requirements to meet the needs of global buyers. With competitive pricing, consistent quality, and access to large petrochemical production capacity, Iran has become an important source of LLDPE Granules for international markets. Our platform connects buyers with verified Iranian LLDPE exporters and manufacturers, offering a reliable supply chain for industrial polymer requirements. LLDPE Granules are available in various packaging options including 25 kg bags, jumbo bags, and bulk shipment solutions according to customer requirements.
LLDPE Heavy Duty Film Grade Granules
The final performance depends on the resin’s density, MFR, molecular structure and comonomer composition, as well as the processing conditions used during film extrusion. Typical applications include heavy-duty industrial bags, agricultural and construction films, industrial liners, fertilizer and chemical packaging, waste collection bags and other demanding packaging products. In these applications, resistance to puncture, tear propagation, impact and stretching is often more important than maximum optical clarity. Heavy Duty LLDPE can be processed using blown film extrusion and may also be combined with LDPE, mLLDPE or other polyethylene materials to achieve a specific balance of strength, flexibility, sealability and processing stability. Film manufacturers should consider the required thickness, bag dimensions, filling weight, operating environment and extrusion equipment when selecting a suitable grade. Choosing the correct MFR and molecular structure is particularly important for maintaining stable extrusion and achieving consistent film thickness in industrial production.
LLDPE Heavy Duty Film Grade is normally supplied in sealed polymer bags designed to keep the granules clean and protected throughout storage and international transportation. Depending on the supplier and order volume, 25 kg bags and larger jumbo bags can be used for commercial shipments. For export transactions, proper palletizing and protective wrapping can further reduce the risk of bag damage and material contamination during handling and transportation. Buyers should request the TDS and COA for the exact grade and batch, paying particular attention to MFR, density and mechanical properties relevant to the intended heavy-duty film application.
LLDPE Stretch Film Grade Granules
The selection of an appropriate Stretch Film Grade is particularly important because the polymer must withstand stretching during application while maintaining sufficient holding force around the packaged load. Stretch film manufacturers use LLDPE Stretch Film Grade in logistics, warehousing, food and beverage packaging, industrial packaging, export cargo and pallet stabilization. Modern stretch film production may involve multilayer extrusion, where different polyethylene grades are combined to achieve specific properties such as high stretchability, puncture resistance, cling and load retention. MFR, density, molecular weight distribution and comonomer type can influence processing performance and the mechanical behavior of the final film. Depending on the intended application, manufacturers may select conventional LLDPE or metallocene-based polyethylene grades to achieve higher performance and downgauging potential. The correct resin can therefore help film producers manufacture thinner films while maintaining the mechanical properties required for transportation packaging.
For commercial supply, LLDPE Stretch Film Grade Granules are generally delivered in sealed industrial polyethylene-lined bags or heavy-duty multi-layer bags to minimize contamination and protect the polymer during transportation. Standard 25 kg bags are commonly used for smaller commercial shipments, while jumbo bags can be considered for larger industrial orders subject to supplier and buyer requirements. Packaging should remain intact and the material should be stored in a clean, dry environment away from excessive heat and direct sunlight. When purchasing Stretch Film Grade from Iran, buyers should evaluate MFR, density, tensile properties, elongation and the intended film production process rather than selecting a grade based only on its general LLDPE classification.