Jute (including kenaf) was an important foreign exchange earner for the producing countries during '60s. Even during the '70s, jute was an important commodity for most of the producing countries. However, during the '80s, bulk handling techniques and synthetic substitutes entered the market and jute started losing its predominant position in the market.
Jute (including kenaf) was an important foreign exchange earner for the producing countries during '60s. Even during the '70s, jute was an important commodity for most of the producing countries. However, during the '80s, bulk handling techniques and synthetic substitutes entered the market and jute started losing its predominant position in the market.
Jute (including kenaf) was an important foreign exchange earner for the producing countries during '60s. Even during the '70s, jute was an important commodity for most of the producing countries. However, during the '80s, bulk handling techniques and synthetic substitutes entered the market and jute started losing its predominant position in the market.
Jute (including kenaf) was an important foreign exchange earner for the producing countries during '60s. Even during the '70s, jute was an important commodity for most of the producing countries. However, during the '80s, bulk handling techniques and synthetic substitutes entered the market and jute started losing its predominant position in the market.
Jute (including kenaf) was an important foreign exchange earner for the producing countries during '60s. Even during the '70s, jute was an important commodity for most of the producing countries. However, during the '80s, bulk handling techniques and synthetic substitutes entered the market and jute started losing its predominant position in the market.
Jute (including kenaf) was an important foreign exchange earner for the producing countries during '60s. Even during the '70s, jute was an important commodity for most of the producing countries. However, during the '80s, bulk handling techniques and synthetic substitutes entered the market and jute started losing its predominant position in the market.
Jute (including kenaf) was an important foreign exchange earner for the producing countries during '60s. Even during the '70s, jute was an important commodity for most of the producing countries. However, during the '80s, bulk handling techniques and synthetic substitutes entered the market and jute started losing its predominant position in the market.
Jute (including kenaf) was an important foreign exchange earner for the producing countries during '60s. Even during the '70s, jute was an important commodity for most of the producing countries. However, during the '80s, bulk handling techniques and synthetic substitutes entered the market and jute started losing its predominant position in the market.
Aloe Vera Extract 200 X polysaccharides. It contains healthful plant compounds. It has antioxidant and antibacterial properties. It accelerates wound healing. It reduces dental plaque. It helps treat canker sores. It reduces constipation. It may improve skin and prevent wrinkles. It lowers blood sugar levels.
Palm Kernel Meal USD 230/MT (FOB) Moisture Content : 7,55% Ash Content : 4,54% Protein : 15,28% Fat : 9,91% Fiber : 30,94% Palm Oil Product Description: Palm meal is commonly used for mixtures to make concentrates on ruminants and poultry. Has been ground until soft like flour. As an additive / mixture of animal feed. Highly recommended for accelerating cattle fattening. From palm oil waste material Clean,No mix.
Fancy rose gold plated Cz necklace D.code : LJSOM5820 Color : Rose Gold Stone : American Diamonds Ideal for : Girls & Women Pack contain : 1 necklace
Fancy rose gold plated Cz necklace D.code : LJSOM5820 Color : Rose Gold Stone : American Diamonds Ideal for : Girls & Women Pack contain : 1 necklace
Fancy rose gold plated Cz necklace D.code : LJSOM5820 Color : Rose Gold Stone : American Diamonds Ideal for : Girls & Women Pack contain : 1 necklace
About THE Product : Blast furnace slag is used in the production of cement (iron Portland and blast furnace cement). Air-cooled blast furnace slag is formed by allowing the molten slag to cool relatively slowly under ambient conditions; final cooling can be accelerated with a water spray. The cooled material is hard and dense, although it can have a vesicular texture with closed pores. After crushing and screening, air-cooled slag can be used in several applications. Granulated slag is formed by quenching molten slag in water to form sand-sized particles of glass. The disordered structure of this glass gives the material moderate hydraulic cementitious properties when very finely ground into granulated blast furnace slag, but if it can access free lime, the granulated blast furnace slag develops strong hydraulic cementitious properties. Pelletized or expanded slag is cooled through a water jet, which leads to rapid steam generation and the development of innumerable vesicles within the slag. The vesicular texture reduces the overall density of the slag and allows for good mechanical binding with hydraulic cement paste. Blast Furance Slag is a nonmetallic co-product which is produced in the process of iron manufacturing, Granulated Blast Furnace Slag is a glassy granular material formed when molten blast furnace slag is rapidly cooled by direct water. Rapid cooling prohibits the formation of crystals and forms glassy, non-metallic, silicates and alumino silicates of calcium. GBFS : (Granulated Blast Furnace Slag) Source : Granulated BF Slag From Gujarat State, India Supply Quantity : 50,000 Metric Tons Per Month Packing: Bulk Parameters (% BY MASS) CaO 30-38 Al2O3 15-20 SiO2 30-40 Glass Content 85-97 MgO 8-11 Fe2O3 0.5-1.5 Moisture 10 MAX Size -5mm Min 95, +5 mm Max 5 Relative Gravity 2.9 Bulk Density(Bagged) 1200 KG/M3
Pampers Newborn Pampers Maxi Pack Mini Pampers Maxi Pack Midi Pampers Maxi Pack Maxi Pampers Maxi Pack Maxi plus Pampers Giant pack Maxi Pampers Giant pack Maxi Pampers Giant pack Maxi plus Feature: Soft and White surface Protect baby's skin Magic frontal and side tape surround baby's waist perfectly and can stick repeatedly Fluff pulp & SAP can absorb the liquid fast and complete ADL accelerate the diversion of liquid 3D Leak Prevention Channel to prevent leaking Soft clothlike back sheet keep breathable, and make baby comfortable Elastic Waistband Can adjust as baby's Need Wet Indicator reminds mother to change the diaper regularly.
Pampers Newborn Pampers Maxi Pack Mini Pampers Maxi Pack Midi Pampers Maxi Pack Maxi Pampers Maxi Pack Maxi plus Pampers Giant pack Maxi Pampers Giant pack Maxi Pampers Giant pack Maxi plus Feature: Soft and White surface Protect baby's skin Magic frontal and side tape surround baby's waist perfectly and can stick repeatedly Fluff pulp & SAP can absorb the liquid fast and complete ADL accelerate the diversion of liquid 3D Leak Prevention Channel to prevent leaking Soft clothlike back sheet keep breathable, and make baby comfortable Elastic Waistband Can adjust as babys Need Wet Indicator reminds mother to change the diaper regularly.
Pampers Newborn Pampers Maxi Pack Mini Pampers Maxi Pack Midi Pampers Maxi Pack Maxi Pampers Maxi Pack Maxi plus Pampers Giant pack Maxi Pampers Giant pack Maxi Pampers Giant pack Maxi plus Feature: Soft and White surface Protect babyâ??s skin Magic frontal and side tape surround baby's waist perfectly and can stick repeatedly Fluff pulp & SAP can absorb the liquid fast and complete ADL accelerate the diversion of liquid 3D Leak Prevention Channel to prevent leaking Soft clothlike back sheet keep breathable, and make baby comfortable Elastic Waistband Can adjust as baby's Need Wet Indicator reminds mother to change the diaper regularly.
Stearic Acid CAS No.: 57-11-4 Chemical Formula: C18H36O2 CH3(CH2)16COOH Molecular Weight: 284.48 Properties: Pure product is small pieces of wax crystals in white with slightly luster Application: Mainly used in producing stearate; Sodium stearate; Magnesium stearate; Calcium stearate; Lead stearate; Aluminum stearate; Cadmium stearate; Ferric stearate; Potassium stearate. Also widely used in the raw materials such as plastic cold plasticizer; Stabilizer; Surfactant; Stripping punishment; Rubber vulcanization accelerator; Medical relief agent, polishing paste, metal mineral flotation agent, high melting point grease, waterproofing agents and the production of cosmetics cream. Besides, also be used as oil-soluble paint solvents, crayons transfer lubricant, wax Polish, stearic acid glyceride emulsifier, etc.
Stearic Acid CAS No.: 57-11-4 Chemical Formula: C18H36O2 CH3(CH2)16COOH Molecular Weight: 284.48 Properties: Pure product is small pieces of wax crystals in white with slightly luster Application: Mainly used in producing stearate; Sodium stearate; Magnesium stearate; Calcium stearate; Lead stearate; Aluminum stearate; Cadmium stearate; Ferric stearate; Potassium stearate. Also widely used in the raw materials such as plastic cold plasticizer; Stabilizer; Surfactant; Stripping punishment; Rubber vulcanization accelerator; Medical relief agent, polishing paste, metal mineral flotation agent, high melting point grease, waterproofing agents and the production of cosmetics cream. Besides, also be used as oil-soluble paint solvents, crayons transfer lubricant, wax Polish, stearic acid glyceride emulsifier, etc.
Latex-free, wet-donning, no sulfur, no accelerator, ideal as an under glove when double gloving Features 1. Powder free, latex free, no sulfur and accelerator and low allergen. 2. Ideal as an under gloves when double-gloving. 3. Glove's shape conforms to ergonomic design, offering exceptional Color: Green Hand former: Anatomic shape, beaded cuff, textured surface in the grip area, with size embossed Sterility: Sterile Size: 6.0, 6.5, 7.0, 7.5, 8.0, 8.5 Overall length: 305 +/- 5mm
