Oxidized bitumen 90/10 has more rubber property than other grades; because of the particular property it gains during the oxidation procedure. It is used in the production of special paints, civil engineering, building and road construction, for roofing, coating and flooring, as anti-slip layer components, as an undercarriage sealant for the cars in the automotive industry, in the piling industry, for electrical operations, cable coating, oil and gas pipelines coating, crack sealing, road repair operations, in the production of pulp papers, bituminous products and textile, as a joint filling compound, sound-reducing agent, for dust proofing, waterproofing, roofing felts, production of lacquers, varnishes, pavements, as a fuel component. The most important item in oxidized bitumen production is heat control. This item can affects on many aspects of the product, specially its quality. The safe and recommended maximum temperature is 230. All Oxidized Bitumen is risk-free at below 100 during shipping operations.
Oxidized bitumen 85/25 has various usages in numerous industries and applications. It is used in civil engineering, roofing, coating, flooring, dust-binders, road-construction, road sealing and repair, crack sealing, production of adhesives, special paints and pulp paper. Moreover, this category of bitumen is used in essential industries like oil and gas, in automotive industry as a coating component and undercarriage sealant. Temperature condition is an essential factor in production process of oxidized bitumen. Because with heat control, we can produce high-quality bitumen with some technical features like high durability, high flexibility, water-resistance, more chemical stability, high penetration index, solid form in ambient temperature (room temperature).
Oxidized bitumen 115/15 is one of the most widely used grades of this category. It is used in the production of special paints, civil engineering, construction, road construction, roofing, coating, flooring, and producing anti-slip layer components. It is used as an undercarriage sealant in the cars and automotive industry. It is also used in the piling industry, electrical operations, cable coating, oil and gas pipelines coating, crack sealing, road repair operations, paper pulp production, bituminous products, textile, joint filling compound, and sound-reducing agent production, dust proofing, waterproofing, lacquers, varnishes, pavements, fuel combination and paving. It should be mentioned that oxidized bitumen 115/15, named bitumen 10/20 in some countries like Pakistan and . In fact, penetration values are used in this naming.
A PCT (Pressure Cooker Test) chamber is a device used to test the resistance of materials, such as coatings or finishes, to water or steam under pressure. The chamber creates a high-pressure, high-temperature environment that simulates the conditions that materials may encounter in real-world applications, such as in the automotive or aerospace industries. During testing, samples of the material being evaluated are placed in the chamber, which is then pressurized and heated to a predetermined temperature. The samples are exposed to the water or steam for a specified amount of time, and their performance is then evaluated based on a range of factors, such as color change, blistering, or adhesion failure. PCT chambers are commonly used to test the corrosion resistance of coatings on metal substrates, as well as the performance of sealants and adhesives. They are also used in the development and testing of electronic components, as exposure to moisture can cause failure in electronic devices.
Introducing our Origami Bottle the ultimate blend of convenience and innovation! Stay hydrated effortlessly wherever you go with our collapsible silicone bottle. Here's what makes it stand out: Capacity: 700ml Measurement: Expanded - 22cm, Folded - 7cm Material: FDA Approved Silicone Safety: BPA Free, Food Grade Versatility: Heat resistant, Microwave safe In the box: Origami Bottle with carabiner
Stones eg emeralds, ruby, sapphires, bentonite, cadmium, lead, arsenic, mercury hg , iridium, osmium, palladium, rhodium, ruthenium, chromium, molybdenum, nickel, copper glad, aluminium, lanthanum, arsenic (as), molybdenum, mercury ore, silicon sulphur, calcium , zinc oxide.
Silicone sink holder, soap dish, lotion bottle, tooth brush holder, tumbler, tissue box, trash can, tray, cotton jar, refrigerator storage rack, desktop storage box series, golf bags, clothing, telescopic cabinet rail, hinge, helmet, hand warmer, fashion furniture, vacuum cleaner series.Clearing custom, shipment
Ic active, passive and electromechanical components, ic's, semiconductors, connectors, and hardware parts. ab sunshine line card: ti / st / on/ nxp / toshiba / nvidia / infineon / ad/ microchip / maxim / xilinx / altera /cypress / marvell / atmel/ samsung / renesas / micron / winbond / freescale / broadcom / qualcomm / silicon.
Lubricants, measuring instruments (mitutoyo), thread and plug gauges, hoses, steels bars, industrial tools, jumbo bags, pumps, machine spares and sensors, ppe kits, aluminium cutting fluid,, air compressor oils, gear oils, grease guns, hydraulic oils, specialty lubricants, air filters, oil filters, seperators, refrigeration products, timing belts, food grade lubricants, high temp grease, silicon grease, silicon oils, anti sieze grease, spac pneumatic products, frl, moisture seperators, auto drain valves, industrial timing belts, danfoss refrigeration products.
BFA Brown Fused Alumina powder in refractory Brown corundum micro powder is produced by a reduction fusion of high quality bauxite in electric arc furnaces. It is both a hard and tough material with high strength, making it an excellent abrasive grain for applications.Its thermal properties make it an excellent raw material for abrasive and refractory applications. Advantages Of Brown Corundum Powder: 1. Large crystal, high strength, good toughness, dense texture, high bulk density. 2. Stable performance between batches. 3. The higher grinding efficiency and polishing brightness, the grinding efficiency is much higher than the soft abrasives such as silica. 4. Good particle appearance, high surface finish of the polished object. Product Parameter Grains Specifications And Composition JIS 240#,280#,320#,360#,400#,500#,600#,700#,800#,1000#,1200#,1500#,2000#,2500#,3000#,3500#,4000#,6000#,8000# European standard F240,F280,F320,F360,F400,F500,F600,F800,F1000,F1200,F1500 National standard W63,W50,W40,W28,W20,W14,W10,W7,W5,W3.5 Applications High Quality Brown Fused Alumina Powder for Precision Casting Bfa Brown Fused Alumina Powder in Refractory 1.Grinding and polishing of stainless steel, optical glass, bamboo or other materials. 2.For polishing various spare parts: bicycles, sewing-machine, hard metal tools, medical apparatus, timepieces, glass products and stone grinding. 3.For making abrasive tools: fiber-reinforced cutting wheels, grinding wheels, sand cloth, paper and paste. High Quality Brown Fused Alumina Powder for Precision Casting Bfa Brown Fused Alumina Powder in Refractory
White Fused Alumina (white corundum) WFA Abrasive blasting media is made of 99% aluminum oxide powder as raw material, which is refined and crystallized by electric melting (thus white corundum is also called fused alumina and white fused alumina). The white corundum sand produced by our factory has high purity, low impurities, low sodium content, uniform particles and high whiteness. Product Feature 1. The Al2O3 purity is high(99%min). So the hardness & grinding ability is high with good grinding efficiency. 2. High wear-resistance. Even in high-temperature circumstances, the strength is still excellent. 3. The white fused aluminum oxide powder is suspension treated by water. So it is of flowability and easy to scatter. 4. Low oil absorption especially for water-based paint. 5. Neutral property with PH value around 7-8. 6. High whiteness. It doesn't affect the color of paints or coatings adding Al2O3 powder. 7. Resistant to most corrosive alkali and acid. It doesn't dissolve in water. 8. Resistant to high temperature up to 1900 C. 9. Good particle size consistency without big size grains. So it prevents scratch on the grinding substrate.
Black fused alumina, also known as black aluminum oxide, is a type of abrasive material that is commonly used in various industrial applications. It is made from the high-quality bauxite ore by fusing it in an electric arc furnace at high temperatures. During this process, the aluminum oxide content in the bauxite is reduced, resulting in a material that is predominantly composed of aluminum oxide and iron oxide. *Color and Appearance: As the name suggests, black fused alumina is black in color. It has a matte appearance and a high hardness. *Hardness: Black fused alumina is known for its high hardness, making it suitable for abrasive applications. It is often used for cutting, grinding, and polishing metals, ceramics, and other materials. *Abrasive Properties: It is an abrasive material with excellent cutting and grinding properties. It is used in applications such as sandblasting, grinding wheels, abrasive belts, and abrasive powders. *Strength and Durability: It has good strength and durability, making it a reliable choice for applications where wear resistance is essential. *Chemical Composition: Black fused alumina typically contains aluminum oxide (Al2O3) as the primary component, along with iron oxide (Fe2O3) and small amounts of other impurities. Applications: Grinding and Polishing: Surface Preparation: Cutting: Refractory Industry: Abrasive Blasting: Lapping and Polishing: Cutting Tools: Refractory Castables: Abrasive Powders and Compounds: Tumbling and Deburring:
High-silicon molybdenum ductile iron (5% silicon content) finds extensive applications in high-temperature castings for automotive engines, particularly in exhaust systems (e.g., exhaust pipes, turbocharger housings, valve bodies, valve discs, etc.). This is primarily due to its excellent properties including high-temperature resistance, thermal fatigue performance, outstanding oxidation resistance, and good high-temperature creep resistance. Our company has now developed precision-cast high-silicon molybdenum ductile iron valve discs, valve bodies, and other castings, featuring high dimensional accuracy, delicate appearance, and excellent performance, which have been utilized in exhaust systems for heavy-duty trucks.
SG type SiC Heating Elements SiC heating element is a kind of non-metal rod or tube shape high temperature electric heating element. It is made of selected super purity green hexagonal silicon carbide as main material, which is made into blank and silicon crystal under high temperature of 2400�ºC. In oxidizing atmosphere, its service temperature can reach 1450�°C and continuous use life can reach 2000 hours. Technical Index of Silicon Carbide SiC Heating Elements Specific gravity 2.6~2.8g/cm�³ bend strength >300kg hardness >9 MOHâ?²S Tensile strength >150kg/cm ³ porosity rate
Specifications: -Carbon (C): 4.00 4.30% -Silicon (Si): 1.10 1.40% -Manganese (Mn): 0.30 0.60% -Phosphorus (P): 0.07% max -Sulfur (S): 0.05% max -Chromium (Cr): 0.03 0.10% Physical Characteristics: -Weight: 20 25 KG -Size: 500 x 150 mm
Specifications: -Carbon (C): 4.00 4.50 -Silicon (Si): 1.50 2.00 -Manganese (Mn): 0.30 0.70 -Phosphorus (P): 0.07 0.15 -Sulfur (S): 0.07 0.15 -Chromium (Cr): 0.12 0.32 Physical Characteristics: Weight: 25 30 KG Size: 600 x 150 mm
Total moisture, % - 10.1. Total volatile matter, % - 13. Ash content, % - 0.23. Sulphur content, % - 1.08. Fraction size 8 mm and higher, % - 53.4. Silicon, iron, vanadium, % - not higher than 0,010 / not higher than 0,036 / not higher than 0,017.
Total moisture, % - 10.4. Total volatile matter, % - 10. Ash content, % - 0.15. Sulphur content, % - 1.66. Fraction size 8 mm and higher, % - 57.5. Silicon, iron, vanadium, % - not higher than 0,010 / not higher than 0,036 / not higher than 0,017.
Total moisture, % - 0.2. Ash content, % - 0.10. Sulphur content, % - 1.37. Fraction size 6 mm and higher, % - 33.7. Silicon, iron, vanadium, calcium, sodium, % - 0,0036 / 0,0099 / 0,0197 / 0.0067 / 0.0091. Reactivity to carbon dioxide, % - 10.4. Specific resistance m - 444.
Silica sand Silica sand, also known as quartz sand, white sand, or industrial sand, is made up of two main elements: silica and oxygen. Specifically, silica sand is made up of silicon dioxide (SiO2). The most common form of SiO2 is quartz a chemically inert and relatively hard mineral.
