High temperature products, high temp. materials such as ptfe, silicone, and accessories for heat sealing and sewing..Export
1. butane used primarily for cooking and heating. 2. distillate diesel oil commonly used as fuel in diesel engines. 3. lighting oil often used in lamps and for heating. 4. kerosene used as fuel in aviation and for heating and lighting in residential settings. 5. unleaded gasoline the standard fuel used in petrol engines. 6. diesel another form of fuel for vehicles and machinery. 7. vacuum gas oil a mid distillate product, used as a feedstock for further refining. 8. fuel oil used in ships and for large scale heating. 9. heavy vacuum oil typically used as a feedstock in the production of other petroleum products..
Charcoal Blocks or Charcoal Powder: Water Filtration, Fireplace for smokeless heating uses.
Heat shrink sleeve labels for beverage pet bottles, opp wrap for water and milk product pet bottles, flexible packagings such as stand up pouches and stand up zipper pouches for food and beverages, aluminum coffee bags for coffee packaging (coffee beans, ground coffee and dark roast), gravure custom printed valve plastic and paper bags, aluminum foil bags, flexible plastic printed laminating film rolls for food packaging including biscuits, chips, snacks and etc..
Food: frozen chicken feet, chicken paws, beef, and pork products. chemicals: heat transfer fluid, novec and solvay replacements; gallium products for semiconductors, ev car ht fluids. recycling gallium products ppe supplies, hairnets, masks, n95 respirators, shoe covers and gloves. restaurant, supplies, sanitation and household cleaning products. backend telecom equipment setup and sales..
Hardwood blocking & dunnage lumber pipe chocks & wedges oak dunnage lumber spruce / pine / fir (all grades) southern yellow pine (all grades) plywood / plyform (all grades) osb (all grades) crating and pallet lumber custom pallets crane mats, laminated mats, dragline mats pipeline skids heat treated lumber for export lagging and shoring cradles timbers.
About 22 metric tons of Cadmium Metal Plates, Cd 99.99% min, On wood pallets heat treated according to ISPM15 regulation. Origin: The Netherlands Delivery: Immediately this month. Ex work warehouse Steinweg Rotterdam, Europe.
In-Factory Production Allows continuous technical developments, maintains a high-quality level Premium Material Selection: ONLY use 20CrMo steel for cylinders, and other major components, all under the close quality test. Precision Manufacture: Essential Components are Manufactured by Computerized Automatic Machinery from Korea (Doosan CNC Machineries) Ensure Major Components Standardized Tolerance and Clearance. Heat Treatment: Major Components are all under heat treatment by our own facilities in our factories Before Delivery Test: All breakers are tested according to the ISO quality control system before delivery
Aluminum Hydroxide is a white powder which can be used as flame retardant and filler.While it is used for resin Solid Surface,It has characteristic of white crystalline powder, non-toxic, tasteless, good mobility, low oil absorption, low iron content, particle morphology, particle size distribution, low impurity content, good stability, high whiteness, uniform particle size and good dispersibility. While it is used for composite materials,it has characteristic of micro powder,high white powder without secondary pollution,smoke elimination, filling, antistatic.The initial decomposition temperature of aluminum hydroxide is about 205 �ºC. Aluminum hydroxide flame retardant can release a large amount of water vapor when heated. A large amount of water vapor can store heat and dilute the concentration of polymer combustible gas. It can also form a non combustible barrier between the combustion source and the matrix material to achieve the purpose of flame retardant. At the same time, it is also a smoke suppressant, because the gas it releases is water vapor, which has no corrosion to metals.
Aluminum Hydroxide is a white powder which can be used as flame retardant and filler. While it is used for resin Solid Surface,It has characteristic of white crystalline powder, non-toxic, tasteless, good mobility, low oil absorption, low iron content, particle morphology, particle size distribution, low impurity content, good stability, high whiteness, uniform particle size and good dispersibility. While it is used for composite materials,it has characteristic of micro powder,high white powder without secondary pollution,smoke elimination, filling, antistatic.The initial decomposition temperature of aluminum hydroxide is about 205 �ºC. Aluminum hydroxide flame retardant can release a large amount of water vapor when heated. A large amount of water vapor can store heat and dilute the concentration of polymer combustible gas. It can also form a non combustible barrier between the combustion source and the matrix material to achieve the purpose of flame retardant. At the same time, it is also a smoke suppressant, because the gas it releases is water vapor, which has no corrosion to metals.
Aluminum Hydroxide is a white powder which can be used as flame retardant and filler. While it is used for resin Solid Surface,It has characteristic of white crystalline powder, non-toxic, tasteless, good mobility, low oil absorption, low iron content, particle morphology, particle size distribution, low impurity content, good stability, high whiteness, uniform particle size and good dispersibility. While it is used for composite materials,it has characteristic of micro powder,high white powder without secondary pollution,smoke elimination, filling, antistatic.The initial decomposition temperature of aluminum hydroxide is about 205 �ºC. Aluminum hydroxide flame retardant can release a large amount of water vapor when heated. A large amount of water vapor can store heat and dilute the concentration of polymer combustible gas. It can also form a non combustible barrier between the combustion source and the matrix material to achieve the purpose of flame retardant. At the same time, it is also a smoke suppressant, because the gas it releases is water vapor, which has no corrosion to metals.
Aluminum Hydroxide is a white powder which can be used as flame retardant and filler. While it is used for resin Solid Surface,It has characteristic of white crystalline powder, non-toxic, tasteless, good mobility, low oil absorption, low iron content, particle morphology, particle size distribution, low impurity content, good stability, high whiteness, uniform particle size and good dispersibility. While it is used for composite materials,it has characteristic of micro powder,high white powder without secondary pollution,smoke elimination, filling, antistatic.The initial decomposition temperature of aluminum hydroxide is about 205 �ºC. Aluminum hydroxide flame retardant can release a large amount of water vapor when heated. A large amount of water vapor can store heat and dilute the concentration of polymer combustible gas. It can also form a non combustible barrier between the combustion source and the matrix material to achieve the purpose of flame retardant. At the same time, it is also a smoke suppressant, because the gas it releases is water vapor, which has no corrosion to metals.
PDC CUTTER The artificial PDC hole cutter, crafted from polycrystalline diamond integrated with a carbide matrix, combines diamond's inherent hardness and thermal conductivity with carbide's strength and resilience. Leveraging diverse tooth configurations and specialized post-processing techniques, it effectively reduces residual stress, ensuring a robust interface bond, yielding unparalleled thermal stability and impact toughness. Types Of PDC Cutter Standard PDC Cutter Diamond composite flat teeth primarily serve in the realms of oil and gas drilling, geological exploration, coal drilling, and stone processing as essential components of drilling and cutting tools. PDC dome/round inserts, tailored for exceptionally abrasive and hard formations, are predominantly employed as gauge inserts in DTH bits. Shaped PDC Cutter Benz teeth, ridge teeth are suitable for drilling soft to very hard formation, through hard interlayer and other complex formation drilling. What Are PDC Cutter Made Of? 01 Cutters Cutters are made from a carbide substrate and diamond grit. 02 High Heat High heat of around 2800 degrees and high pressure of approximately 1,000,000 psi forms the compact. 03 Cobalt Alloy A cobalt alloy is also present and acts as a catalyst to the sintering process. As a drill bit manufacturer, we will do our best to meet all the needs of customers. If you want to know more types of diamond pdc bit, please visit our website.
SENSORY SPECIFICATION Aspect Crystal powder Color Yellow to orange Odor Characteristic Taste Characteristic PHYSICAL & CHEMICAL SPECIFICATION ID Test (HPLC) Positive Assay Min. 98% CIS-Isomer Max. 0.5 Melting Point 48 - 52 �°C Residue on Ignition Max. 0.1% Particle Size Min. 95% through 80 mesh Loss on Drying Max. 2.0% CONTAMINANTS SPECIFICATION Lead (Pb) Max. 2.0 Arsenic (As) Max. 2.0 Cadmium (Cd) Max. 1.0 Mercury (Hg) Max. 1.0 Solvent Residue Complies USP MICROBIOLOGICAL SPECIFICATION Total Plate Count Max. 10.000 Yeasts and Molds Max. 1.000 Escherichia Coli Complies Salmonella Complies Staphylococcus aureus Complies Packaging: Packed in a polyethylene lined corrugated package. Shelf Life: 36 months if under the conditions above and in its original packaging. Storage conditions: Store in a well-closed container away from moisture, light, and heat.
Unmatched Quality: Our PLA Disposable Tableware is meticulously crafted using premium materials, ensuring durability, heat resistance, and an impeccable finish. Each item is designed to enhance the dining experience while adhering to strict environmental standards. Eco-Friendly Solutions: At CENTERTEC, we understand the importance of sustainability in today's market. Our PLA Disposable Tableware is made from biodegradable and compostable materials, such as cornstarch, that leave a minimal carbon footprint. This eco-conscious approach aligns with the growing demand for environmentally friendly products and sets you up for success in promoting greener choices to your customers. Customization Options: We believe in tailoring our products to suit your specific needs. Our team of skilled professionals will work closely with you to create personalized branding opportunities, allowing your business to shine and stand out in a competitive marketplace. Together, we can elevate your brand image and ensure customer satisfaction. Competitive Advantage: As pioneers in the industry, we constantly strive to stay ahead of market trends and maintain a competitive edge. Our continuous investment in research and development enables us to offer you innovative solutions that are both practical and cost-effective. By choosing CENTERTEC, you gain access to a trusted partner that can fuel your business growth and help you stay at the forefront of the industry.
PDC BIT Diamond PDC bit big blade design: The blades of all PDC drilling series are raised and increased. Using oversized crumb running design can more effectively move drilling dicks, clean the drills, prevent drill bit mud bags, and increase mechanical drilling speed. Polycrystalline diamond drill bits anti-rotation design: The mechanical balance design is adopted, and the PDC bit design, orbital tooth design, and buffering block design are used to ensure the drill head anti-rotation performance. In drilling, where precision and durability are paramount, choosing the right PDC (Polycrystalline Diamond Compact) drill bits can make all the difference. As discerning operators seek the pinnacle of performance, Top Tools emerges as a frontrunner among PDC bit suppliers, offering a suite of unparalleled benefits that redefine drilling excellence. Types Of PDC Polycrystalline Diamond Drill Bits Matrix PDC Bit Composition: Constructed from sintered tungsten carbide, the bit is enhanced with synthetic PDC cutters and stabilized with heat-treated polycrystalline diamond. Durability: The tungsten carbide body offers robust erosion resistance, wear protection, and consistent diameter retention. Flexible Hydraulics: The waterhole design can be adjusted according to drilling hydraulic needs. Customizable Design: The bit's shape aligns with formation demands, and adjustments only require a mold change without additional equipment. Steel PDC Bit Steel PDC bit is machined with chromium and molybdenum alloy steel. After the heat treatment, the drill body is drilled, and the synthetic PDC cutter is brazed into the tooth hole of the drill body. Tungsten carbide alloy or composite piece is used to maintain the diameter, and tungsten carbide wear resistant layer is welded to the blade to enhance the wear resistance and erosion resistance of the steel body bit. Steel body bits are less abrasive and more likely to wash away than tire bits, but steel body bits are cheaper and easier to repair. PDC Drag Bit PDC Drag bits work well for drilling in plastic and brittle formations like mudstone, muddy sandstone, shale, etc. as well as soft to moderately soft soils. SML's Drag bits are often created in specialized designs, frequently from customer drawings and size specifications. PDC Core Bit PDC core bits, also known as hollow bits, are a type of thin, multi-toothed tubular bit that contains embedded carbide chips. Matrix vs. Steel Body Bit Steel-body The upper section of the steel body features threading to attach the drilling tool, while the lower section is sintered onto the body. The steel body can be crafted as a single piece or in a two-part configuration. In the latter, the top is fabricated from alloy steel with threads, and the bottom from mild steel affixed to the frame. These two sections are threaded together and subsequently welded for added strength.
Foaming Masterbatch is a type of additive masterbatch that is used to create a foam structure in plastic products. It usually contains a combination of foaming agents, nucleating agents, and blowing agents that expand when heated to create a cellular structure, reducing the weight and density of the plastic product. The foam structure also provides insulation and acoustic properties. How Is a Foaming Masterbatch Added to Plastic? A foaming agent masterbatch can be added to plastic using a gravimetric dosing system, volumetric dosing system, or by manually mixing the masterbatch with the plastic pellets. The masterbatch is typically added to the plastic in a ratio of 1-5%, depending on the desired foam density and thickness. WHAT ARE THE ADVANTAGES OF USING A FOAMING MASTERBATCH? What Are the Advantages of Using a Foaming Masterbatch? Using a china foaming agent masterbatch can reduce the weight and density of plastic products, provide insulation and acoustic properties, and improve surface appearance. Foamed plastics are also less expensive and use less polymer than solid plastics, making them an economical and environmentally friendly option. What Types of Products Can Be Made with a Foaming Masterbatch? Foaming masterbatch can be used to make a wide range of plastic products, including packaging materials, automotive parts, insulation materials, construction materials, toys, sporting goods, and furniture. The foam structure can also provide cushioning and shock-absorbing properties, making it suitable for use in protective packaging and transportation applications. Are There Any Limitations or Drawbacks to Using a Foaming Masterbatch? The use of a foaming masterbatch can potentially affect the mechanical properties of the plastic product, such as impact strength and flexural modulus. The expansion and cooling of the foam can also affect the dimensional stability of the product. It is important to consider these factors when using a foaming masterbatch. If you are looking for a reliable masterbatch supplier, don't hesitate to contact us!
TYPES OF MASTERBATCH Film masterbatch is a type of color masterbatch that is used to add color to plastic films in a variety of industries, including packaging, agriculture, and construction. It is typically composed of high-quality pigments and carrier resins that are dispersed evenly throughout the plastic film during the extrusion process. OW IS FILM MASTERBATCH ADDED TO PLASTIC FILM? How Is Film Masterbatch Added to Plastic Film? Film masterbatch is added to plastic film through a process called extrusion. The masterbatch is first mixed with the plastic resin pellets and then melted together in an extruder. The molten mixture is then passed through a die to form a thin film, which is then cooled and wound onto a roll. WHAT TYPES OF FILMS ARE PRODUCED WITH FILM MASTERBATCH? What Types of Films Are Produced with Film Masterbatch? Film masterbatch is used to produce a wide range of plastic films, including packaging films, agricultural films, construction films, and industrial films. These films can have various properties such as UV resistance, antistatic properties, antimicrobial properties, and flame retardance, among others, depending on the type of masterbatch used. WHAT IS THE SHELF LIFE OF FILM MASTERBATCH? What Is the Shelf Life of Film Masterbatch? The shelf life of film masterbatch depends on the type of masterbatch and the storage conditions. Typically, most film masterbatch has a shelf life of 12 to 24 months when stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat, and moisture, and in its original packaging. WHAT ARE THE CONSIDERATIONS FOR CHOOSING A FILM MASTERBATCH? What Are the Considerations for Choosing a flame retardant masterbatch for film? When choosing a film masterbatch, considerations include the type of polymer used in the film, desired properties of the film, such as color or additives, processing conditions, and end-use application requirements, such as durability or barrier properties. It's also important to consider the compatibility and dispersibility of the masterbatch with the polymer. If you are looking for a reliable masterbatch exporter, don't hesitate to contact us!
INTRODUCING ALUMINUM DOOR HINGES BY JY: A GATEWAY TO SUSTAINABILITY As the world embraces a more sustainable future, it is essential to explore eco-friendly alternatives in every aspect of our lives, including our home fixtures. Enter JY's Aluminum Door Hinges, a revolutionary product that combines functionality, aesthetics, and environmental consciousness. In this blog post, as a reliable door hinges company, we will delve into the numerous benefits that aluminum door hinges offer, contributing to a greener and more sustainable future. THE ECOLOGICAL ADVANTAGE OF ALUMINUM DOOR HINGES Aluminum door hinges are not only aesthetically pleasing but also play a significant role in reducing our ecological footprint. Unlike traditional door hinges that are made from materials such as steel or iron, aluminum is a highly sustainable and recyclable material. The production of aluminum door hinges results in significantly fewer greenhouse gas emissions and consumes less energy, making them an eco-friendly option for homeowners and businesses alike. ENERGY EFFICIENCY AT ITS FINEST One of the standout features of aluminum door hinges is their exceptional energy efficiency. Due to their lightweight nature, aluminum door hinges require less energy during manufacturing and transportation. Additionally, aluminum possesses excellent thermal conductivity properties, contributing to better insulation in buildings. By opting for aluminum door hinge, not only are you reducing your energy consumption, but also cutting down on heating and cooling costs in the long run. DURABILITY AND LONGEVITY A SUSTAINABLE INVESTMENT In a world plagued by fast-paced consumerism, investing in durable and long-lasting products is crucial to reducing waste. Aluminum door hinges by JY are renowned for their durability and resistance to corrosion. Unlike traditional door hinges that may rust or lose their functionality over time, aluminum door hinges offer unparalleled longevity, eliminating the need for frequent replacements. By choosing this type of door hinges, you are making a sustainable investment that reduces landfill waste and conserves resources.
