Our team applies the latest technology in product manufacturing and supply. We can provide top-quality dunnage bag products to clients based on their requirements.
Reusable packing material
Dunnage bags are reusable packing materials. It takes no time to inflate and deflate them depending on the requirements. Follow the proper handling procedures that enhance the product's durability for the future. It can save your cost and effort too.
Easy-to-use dunnage bags
Dunnage bags are designed in such a way that makes them easy and convenient to use. Packing fragile items and sending them for transportation becomes super easy and stress-free while using dunnage bags. These bags can be inflated and deflated within a few minutes. It allows the efficient loading and unloading of items.
Kraft Paper Dunnage bag:
90 x 180 cm (900 x 1800 mm)
90 x 210 cm (900 x2100 mm)
PP Woven Dunnage bag:
90 X 120 Cm (900 x 1200 mm)
90 x 150 cm (900 x 1500 mm)
90 x180 cm (900 x 1800 mm)
90 x 210 cm (900 x 2100 mm)
Premium quality range of Liner Bags. Gunja Liner bags known for their unique attributes like durability, light-weight, tear resistance, perfect finish, moisture proof and high strength.
AVAILABLE IN VARIOUS:
Exporter of eco-friendly, durable, and strong plastic garbage bags, trash bags, or bin liners. Gunja Garbage bags are manufactured from the highest quality materials, our bags can withstand heavy loads without breaking or tearing. We offer a wide range of sizes, colors, and types to suit your specific needs. Plastic Garbage bags have Some Advantages
Convenience:
Hygiene:
Leak-proof:
Cost-effective:
Easy to transport:
Effective chlorine 65% min or 70% min.
Granules.
Oval pellets(7g,10g,etc)
Tablets(10g,20g,200g,etc)
300g sticks
Prompt shipment within 3 weeks from order confirmation.
Specifications and Packaging can be made according to your requirements.
Potential Applications:
Antifreeze Meat, Fish & Poultry Ready Meals
Bakery Metal Finishing Skin Care
Cereals Non-Alcoholic Drinks Snack Foods
Cleaning Chemicals Oral Care Supplements
Confectionary Personal Care Water Treatment
Dairy Pet Food Vitamins
Health Care Protein Drinks
Joint Care Protein Powders
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Mixed Vegetable and Rapeseed Derived
Potential Functions:
Animal Feed & Nutrition
Beverages
Cosmetics & Pharmaceuticals
Food
Industrial & General
Pet Foods
Sports Nutrition
Vaping
Potential Functions:
Humectant
Preservative
Sweetener
Thickener
Potential Applications:
Antifreeze Metal Finishing Skin Care
Bakery Oral Care Snack Foods
Cleaning Chemicals Paints Supplements
Confectionary Personal Care Tableting
Dressings & Sauces Pet Food Water Treatment
Health Care Protein Drinks
Non-Alcoholic Drinks Ready Meals
Crude glycerin (also spelled glycerine or glycerol) is a by-product formed during the production of biodiesel, soap, and fatty acid processing. It is a thick, syrupy liquid with a pale yellow to brown color and has a lower purity compared to refined glycerin.
Composition:
Crude glycerin typically contains:
Glycerol (40â??80%) â?? the main component, though at a lower concentration than in refined glycerin
Water (up to 20%)
Methanol (if from biodiesel)
Soap, salts, free fatty acids, and traces of catalysts (e.g., sodium or potassium hydroxide)
Other organic matter or impurities depending on the feedstock and process
Uses of Crude Glycerin:
Feedstock for Refining.
Crude glycerin is often refined and purified to produce pharmaceutical- or food-grade glycerin, which is used in cosmetics, foods, and medicines.
Animal Feed (after purification).
Can be blended into livestock feed as an energy source, but only after removal of toxic methanol residues.
Biogas Production.
Used as a co-substrate in anaerobic digesters, boosting methane production in biogas plants.
Industrial Applications.
Used in the manufacturing of paints, resins, antifreeze, adhesives, and plasticizers.
Combustion and Fuel.
Sometimes used as a low-grade fuel or fuel additive in industrial burners and boilers.
Chemical Intermediate.
Serves as a base chemical for producing propylene glycol, epichlorohydrin, and other derivatives.
Carbon powder is a fine, black or grayish powder made primarily of carbon (C) particles. It can be produced from various carbon-rich sources such as coal, petroleum, wood, or natural gas, and is often categorized based on its origin and purity. The physical and chemical properties of carbon powderâ??like high surface area, conductivity, and chemical stabilityâ??make it useful across multiple industries.
Composition:
Primary Element: Carbon (C)
Forms of Carbon Powder:
Activated Carbon: Highly porous, used for filtration and adsorption
Carbon Black: Fine black powder made from incomplete combustion of heavy petroleum products
Graphite Powder: Crystalline form of carbon with high electrical conductivity
Amorphous Carbon: Irregular, non-crystalline form of carbon
Charcoal Powder: Derived from wood or organic matter
Uses of Carbon Powder:
Filtration and Purification.
Activated carbon powder is used in water and air purification, removing impurities, odors, and chemicals through adsorption.
Batteries and Electronics.
Used as a conductive material in lithium-ion batteries, supercapacitors, and fuel cells.
Graphite powder is commonly used in electrical contacts and conductive coatings.
Pigments and Coatings.
Carbon black is used as a black pigment in inks, paints, plastics, and rubber products (like tires).
Metallurgy.
Carbon powder is used as a reducing agent in metal extraction and smelting processes.
Polishing and Lubrication.
Graphite and carbon powders are used in dry lubricants, polishing compounds, and mold release agents in various industrial processes.
Cosmetics and Pharmaceuticals.
Activated carbon powder is also used in face masks, toothpastes, and as an ingredient in detox products.
Copper scrap refers to discarded or leftover copper materials that are collected for recycling and reuse. It is one of the most valuable and commonly recycled metals due to its ability to retain 100% of its original properties after processing. Copper scrap plays a crucial role in the global supply chain, reducing the need for raw copper mining and minimizing environmental impact.
Composition:
Primary Element: Copper (Cu)
Types of Copper Scrap:
Bare Bright Copper: Clean, uncoated, unalloyed copper wire (highest value)
No. 1 Copper: Clean copper tubing or wire, free of paint, insulation, or solder
No. 2 Copper: Contaminated or coated copper, may have solder, paint, or corrosion
Insulated Copper Wire (ICW): Copper wire covered in plastic or rubber insulation
Mixed Copper Scrap: Includes alloys like brass and bronze
Uses of Recycled Copper:
Electrical Industry.
Recycled copper is melted down and reused in power cables, wiring, motors, and transformers, thanks to its high conductivity.
Construction.
Used in plumbing pipes, roofing materials, and HVAC systems.
Automotive and Electronics.
Incorporated into vehicle wiring, radiators, circuit boards, and connectors.
Manufacturing of Alloys.
Recycled copper is used in producing brass, bronze, and other copper-based alloys.
Sustainable Manufacturing.
Helps industries lower carbon emissions and energy consumption, as recycling copper uses up to 85% less energy than primary production.
Aluminum ingots are solid, rectangular metal blocks made from purified aluminum. They are produced by smelting and refining aluminum ore (typically bauxite) and are used as raw material in various industries.
Physical Characteristics:
Color: Silver-gray with a metallic sheen
Shape: Uniform, slightly rounded edges, rectangular or trapezoidal
Surface: Smooth with minor texture or casting marks
Weight: Varies
Uses of Aluminum Ingots:
Manufacturing: Used to produce automotive parts, aircraft components, and machinery
Construction: Used in structural materials, window frames, and roofing
Packaging: Key material for aluminum foil and beverage cans
Electronics: Used in electrical conductors and heat sinks
Copper cathodes are 99.99% pure copper plates produced through electrorefining or electrowinning. They serve as the primary raw material for copper processing in industries such as electronics, construction, and manufacturing.
Key Properties:
Purity: 99.99% Cu (LME Grade A)
Appearance: Rectangular plates with a smooth surface
Density: 8.96 g/cm
Electrical Conductivity: Excellent, used in electrical applications
Thermal Conductivity: High, ideal for heat exchangers and wiring
Common Applications:
Electrical Industry - Used in wiring, cables, transformers, and electrical components.
Construction - Roofing, plumbing, and industrial pipes.
Automotive & Aerospace - Used in batteries, motors, and electrical circuits.
Manufacturing - Production of brass, bronze, and copper alloys.
Coinage & Jewelry - Alloyed with other metals for currency and decorative items.
Product Grades:
LME Grade A - 99.99% purity, meets London Metal Exchange (LME) standards for international trade.
ASTM B115-00 - 99.95% purity, widely accepted in industrial applications.
High-Grade Electrolytic Copper - 99.90% or higher, used in specialized manufacturing.
Thiourea dioxide or thiox is an organosulfur compound that is used in the textile industry, photographic industry, leather processing industry and paper, pulp, and board industry. It functions as a reducing agent primarily used in the production of bleached recycled pulp. It's utilized in Bleaching of stone ground-wood and pressurized ground-wood. It has been used as a photographic toning agent, in hair preparations, as a dry cleaning agent, in the synthesis of and insecticides, in boiler water treatment, and as a reagent for bismuth and selenite ions.
Sales Specification
Appearance: White Crystal Powder
Purity: 99.0% Min
Thiourea Residual: 0.10% Max
Sulfate: 0.17% Max
Moisture: 0.05% Max
Iron: 0.001% Max
DOT Transportation
Potential Applications:
Alcoholic Drinks Health Care Protein Drinks
Bakery Joint Care Protein Powders
Cleaning Chemicals Meat, Fish & Poultry Ready Meals
Confectionary Non-Alcoholic Drinks Skin Care
Dairy Oral Care Snack Foods
Dressings & Sauces Personal Care Tableting
Fertilizer Pet Food Vitamins
Physical Properties
Aziridine appears as a colorless liquid at room temperature. It has a boiling point of approximately 57C and a melting point around -77C.
These physical properties are influenced by the tension within its three-membered ring.
The density is roughly 0.83 g/mL. Aziridine is also miscible with common organic solvents, enhancing its utility in chemical syntheses.
Its volatility and flammability demand careful handling under controlled conditions to prevent hazardous situations.
Physical Details and Properties: Avobenzone is a crystalline powder with a molecular formula of C20H22O3. This organic compound is characterized by its pale-yellow appearance and excellent solubility in a variety of cosmetic formulations. With its ability to absorb UV rays effectively, Avobenzone is a crucial ingredient in sun protection products.
Amino Tris (ATMP), methylene phosphonic acid, is a clear, colorless liquid with a molecular formula of N(CH2PO3H2)3. It is highly soluble in water and has excellent thermal stability.
Definition and Chemical Structure
Astaxanthin is a xanthophyll carotenoid with the formula C40H52O4.
It has a unique molecular structure that allows it to effectively neutralize free radicals.
This structure includes a long chain of double bonds and a polar end group, contributing to its antioxidant capacity.
The molecule's stability comes from the conjugated double bond system, which allows it to withstand various oxidative stresses.
Astaxanthin's configurational flexibility enables it to integrate effectively into cell membranes, enhancing the cell's resilience against oxidative damage.
Its efficacy is often compared with other antioxidants, highlighting its strong protective qualities.
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