Sanitary butterfly ball valve Butterfly ball valve adopts forged stainless steel production process, with strong rigidity and small constitution. It is especially suitable for the section where the installation pipeline needs to be met by sanitary ball valve with small volume and short diameter. The connection mode includes welding type, quick loading type and external thread type, which are especially suitable for water, food, Chinese patent medicine extraction, beverage, protein, biological fermentation, etc. Can be equipped with a variety of actuators to achieve automatic control. Parts in contact with material: AISI 316L or AISI 304 Polytetrafluoroethylene (PTFE):-10 ~ 100 Nominal diameter: DN15 ~ DN100 1/2 "~ 4" Application General Place of Origin Zhejiang, China Power Manual Structure BALL Material Stainless Steel 304/316/CF8 Customized support OEM, ODM, OBM Port Size DN10-DN100 Warranty 2 years Model Number TR BALL VALVE Temperature of Media High Temperature, Low Temperature, Medium Temperature, Normal Temperature Brand Name TR Media Liquid
Application: General Place of Origin: Zhejiang, China Power:Manual Structure: BUTTERFLY Customized support: OEM, ODM Warranty: 3 years Temperature of Media: Normal Temperature Brand Name: TR Media: Liquid Connection: Tri Clamp MOQ: 5 Pcs Packing: Standard Packing Material: Stainless Steel SS304 316L Certificate: ISO9001 CE
Features Built-in 100v/70v transformer In-ceiling type loudspeaker 6.5 paper cone driver unit Rated power output at 6W-10W High sensitivity(92�±2dB) Made of high-class steel Leaded wire case for fireproofing Fast installation by spring clip Introduction The DSP904 is a fire rated ceiling speakers with fire dome and a 70v/100v transformer built in. The 70v/100v transmission is realized in a high-voltage, low-current mode, which makes longer distance transmission and parallel connection of multiple loudspeakers possible. The built-in 6.5'' speaker driver is designed of wide frequency response (200-14,000Hz), the multiple terminals 1.5W-10W can be applied to different occasions vary in area sizes and background noises; It is made of high-class steel and fixed by stamping, which ensures long-term durability, and will never be out of shape; Equipped with leaded wire case which is hard to burn for fireproofing; Spring clip clamp makes the easy and secure installation possible; Driver surround excellent damping, long life, clear and sonorous sounds. This fireproof ceiling speaker is an ideal choice for industrial and commercial applications in hotel, school, office and factory where background music and paging is needed.
Description: The PCD Boring Tools are made by PCD Blanks (E6) Brazing on The Tungsten Carbide Body. Most common is full face PCD Notching Tools. PCD Boring Tools are used for Machining Various Of Tungsten Carbide Rollers. PCD Tips for Carbide Roller Notching. Details Specification Applications of PCD Boring & Notching Tools: PCD Boring Tools Are Used For Machining Various Of Tungsten Carbide Rollers. PCD Tips For Carbide Roller Notching. PCD boring tools Application range Roll Air Conditioning Compressor Parts Slewing support Gear shaft Bearing Cylinder liner Hub unit bearing Brake drum Brake disc. Why Choose Our PCD Boring Tools 1. The raw material is excellent, and it is processed and sharpened by the element six PCD composite sheet. 2. Fine cutting edge, the hardness of diamond is about 8000HV, and the hardness is 10 times that of alloy. It has the advantages of low friction coefficient, high hardness and long service life. It can process a higher finish than conventional tools while reducing costs. 3. High-precision dimensions, tolerances of blade angle, blade tip, length, and equal division are strictly controlled within the tolerance of 0.02MM to ensure the stability of the life of each blade. 4. Complete specifications, various specifications and models can be produced, customized production according to the customer's use size, the manufacturer's supply makes you more assured. Advantages of PCD Boring & Notching Tools: High Abrasive Resistance And Thermal Conductivity Good Surface Finish Long Service Life. The Service Life Is 20-30 Times More Than Carbide Boring Tools. High processing efficiency and high universality. Suitable for dry and wet cutting. PCD inserts are mostly used in high, medium and low silicon content aluminum alloys, graphite, metal matrix composites, carbon fiber composites, titanium alloys, aluminum alloy ultra-finishing industries, aviation and auto parts, etc. In traditional machining applications, it not only greatly reduces the overall production cost, but also significantly improves the productivity and efficiency of the entire production operation, while greatly reducing equipment investment. Pack: Cartons and bubble wrap Payment: TT; Paypal; Delivery Time: Seven to ten days Sample: No free samples are provided FOB Port: Shanghai Qingdao Guangzhou
Easy Installation: The wipers rain shield flat Premium Series with Double Spring Steels comes with more than 15 adapters made of POM material. These adapters ensure easy and hassle-free installation on various car models, allowing customers to quickly replace their old wiper blades without the need for additional tools or modifications. Enhanced Durability: The adapter base of these wiper blades is made of durable metal, providing a sturdy and reliable connection between the blades and the wiper arms. This ensures that the blades remain securely in place and can withstand the rigors of daily use, including harsh weather conditions and high-speed driving. Improved Visibility: The spoiler of these wiper blades, made from TPR material, is designed with a side spoiler. This design improves the aerodynamics of the blades, reducing drag and lifting at high speeds. As a result, the wiper blades maintain optimal contact with the windshield, providing clear visibility and effectively wiping away rain, snow, and debris. Longevity: SK5 high carbon steel offers exceptional strength and resilience, ensuring that the spring maintains its elasticity even after prolonged use. Additionally, the 304 stainless steel strips inserted in the refill enhance durability and prevent deformation, prolonging the lifespan of the wiper blades.
DDTG-55Z High Speed Tubular Linear Actuator The DDTG-55Z high speed electric linear actuator is a high-performance solution designed for applications that demand rapid and precise linear motion. With its advanced design and high-speed motor, it offers quick response times and accelerated speeds while ensuring precision and accuracy. This actuator is ideal for industries such as robotics, automation, and aerospace, where high-speed operation is critical for enhanced performance. Technical Data of DDTG-55Z Ultra High Speed Linear Actuator Model DDTG-55Z Input Voltage 12V or 24V or 36V or 48V material of outer tube AL 6063/stainless steels 304 material of lead screw stainless steels 304 material of piston rod stainless steels 304 material of the nut DuPont POM, USA Stroke Length 50500mm Motor Type brushed motor Max Load 400N (24V) / 250N(12V) Load Speed 80-90mm/s Limit Switch built-in Duty Cycle under max load,work for 50 times , stop for 20minutes15%-20%;under min load can work continuously Protection Class IP67 Operating temperature -20-60 ºC Wire length Custom Noise on load 60db Dimension of DDTG-55Z High Speed Tubular Custom Linear Actuator DDTG-55Z mm Limit Switch Hall Sensor Over Current Protection Min. install dimension L+S 325+S Pending Pending DDTG-55Z Fast Electric Actuator Customizable Options Wire length Stroke length Install dimension Color Bracket Control box Now the price of fast linear actuator 12v is reasonable, if you have needs, please contact us.
Nema/iec standard motors medium/high voltage motors low voltage and high power motors nema/iec vhs motors nema/iec stainless steel motors servo motors.Shipping and door to door service
Place of Origin -Hebei, China type -Tension set ring application -Adss/opgw cable Material -Alimunium alloy/Stainless Steel/Hot dip galvanized steel span -100,150m span packing quantity -Customed Package -Standard wooden case Color -Silvery white strength -30KN
Fragrance Masterbathes are designed to enhance the sensory experience of various products by incorporating food-grade fragrances like lavender, lemon, pine, mint, or cologne. With their slow-release formula, they can maintain their delightful aroma for more than 100 days. This feature ensures that the product retains its pleasing scent for an extended period, providing customers with a long-lasting sensory experience. Note: Please store the Fragrance Masterbathes in a cool, dry place and keep them sealed. Due to the potential loss of fragrance over time, it may be necessary to increase the amount used based on the storage duratio. Benefits Of Using Fragrance Masterbatch Fragrance masterbatch is a concentrated form of fragrance that is mixed with a carrier resin to produce a solid pellet or granule form. Here are some benefits of using fragrance masterbatch: Long-lasting fragrance: Fragrance masterbatch is designed to provide longer-lasting scent compared to other fragrance applications. The concentrated form of fragrance allows for a more intense and long-lasting scent release. Cost-effective: Using fragrance masterbatch allows for precise dosing of fragrance, ensuring that the scent is evenly distributed and avoiding wastage. This can result in cost savings as well as reduced production time. Easy to use: Fragrance masterbatch is easy to handle and can be easily incorporated into various polymer materials during the manufacturing process. The solid pellet or granule form facilitates easy mixing and ensures uniform distribution of fragrance. Versatility: Fragrance masterbatch can be used in a wide range of applications such as packaging, films, fibers, molded products, and more. This versatility allows for different scents to be incorporated into various products. Customization: Fragrance masterbatch can be customized to meet specific scent requirements, allowing for the creation of unique and customized fragrances. This flexibility allows manufacturers to differentiate their products and meet the preferences of their target market.
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!
In accordance with RoHS Compliance, fr masterbatch strengthen resistance to ignition, cut down on flame spread, stifle the production of smoke, stop a polymer from dripping, and can prevent items from turning yellow. Products made with 1.5%â??3% fire retardant masterbatch comply with BSâ??5852. Note: The filler will result in the failure of the flame retardant. Application: part thickness, and desired flame retardant masterbatch compounds effectiveness all influence the amount of addition. What Are The Benefits Of Using Flame Retardant Masterbatch? The benefits of using flame retardant masterbatch polymers include reducing the risk of fire and improving safety, complying with regulations and standards, and being customizable for specific applications. What Are The Applications Of Flame Retardant Masterbatch? Flame retardant masterbatch is commonly used in industries such as construction, automotive, electronics, and consumer goods for products such as cables, wires, housings, and furniture. If you are looking for a reliable master batch company, 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!
The CM100 Battery Operated CO Detector is used to check carbon monoxide leakage in residential home. Fast response to carbon monoxide for reminding people get away from danger. Features EN50291-1:2018 approved High quality electrochemical Sensor New fashion design LCD display Application The CM100 is used to check carbon monoxide leakage in residential home. Fast response to carbon monoxide for reminding people get away from danger. Specifications Measuring gas Carbon Monoxide Working voltage DC9V Sensor type Electrochemical sensor Sensor life >7 years Alarming level Follow EN50291 standard Working Environment Temperature: -10 - 50 Humidity:
When it comes to industrial applications, having durable and reliable door hinges is essential. A strong door hinge ensures proper functioning and long-lasting performance of doors in various industrial settings. In this blog post, as a professional heavy-duty door hinges supplier, we will explore different types of industrial door hinges and their key features. Whether you require a steel door hinge, stainless steel door hinge, aluminum door hinge, ball-bearing door hinge, or brass washer hinge, we've got you covered. 1. STEEL DOOR HINGES: THE ULTIMATE STRENGTH AND SECURITY Steel door hinges are known for their unmatched strength and security. Steel door hinge is widely used in heavy-duty industrial applications, such as warehouses, factories, and commercial buildings. The sturdy construction of steel door hinges ensures resilience against wear, tear, and extreme weather conditions. These hinges are an ideal choice when security is a top priority. 2. STAINLESS STEEL DOOR HINGES: COMBINING DURABILITY AND CORROSION RESISTANCE For industrial settings where corrosion is a concern, stainless steel door hinges offer the perfect solution. Made from a robust alloy, stainless steel hinges provide excellent durability and resistance to corrosion. They are suitable for environments exposed to moisture, chemicals, or high humidity levels. Stainless steel door hinge is widely used in healthcare facilities, food processing plants, and outdoor industrial spaces where corrosion can compromise the integrity of traditional hinges. 3. ALUMINUM DOOR HINGES: LIGHTWEIGHT AND VERSATILE Aluminum door hinges are renowned for their lightweight nature and versatility. They are an ideal choice when weight reduction is crucial, such as in aircraft hangars or portable industrial structures. Aluminum door hinge is also commonly used in interior industrial doors, as it offers smooth operation and are resistant to rust. Despite their lightweight, aluminum door hinges provide adequate strength and durability, making them a popular choice in various industrial applications. 4. BALL BEARING DOOR HINGES: SMOOTH OPERATION AND LONGEVITY When it comes to heavy doors in industrial settings, ball-bearing door hinges are the go-to option. These hinges incorporate bearings between the knuckles, allowing the door to pivot smoothly and quietly. The ball bearings distribute the weight evenly, reducing stress on the hinge and ensuring long-term reliable performance. Ball-bearing door hinge is favored in heavy-duty manufacturing facilities, garage doors, and entrances that experience high traffic.
Place of Origin -Hebei, China Model Number -Cable clamp Product name -Cable clamp Material -Galvanized steel or aluminum steel wire Model Number -JGP-5 Type -Trefoil Brand Name -Kechen Application -Cable management
Place of Origin -Hebei, China Model Number -Pretwisted Tensioning Clamp Product name -Cable dead end grip Material -Galvanized steel or aluminum steel wire Application -OPGW and ADSS optical cable Color -Slivery white Surface -Hot-dipped CONWELL -Factory OEM/ODM -Supply Sample -Offer
Aluminium and pvc door and window accessories like pvc and aluminium tilt & turn systems, parallel sliding systems, lift slide systems (hebeschiebe), bi fold systems, locking door espagnolettes, turn only espagnolettes, hinges and 3d hinges, handles and other accessories, locks and cylinders for pvc, aluminum, wood, and steel doors.
Minor Metals Non-ferrous metals are divided into basic metals and minor metals. Minor metals are called minor metals because they are relatively small units. Metal minor types are: Magnesium ingot antimony ingot; Electrolytic manganese. Cadmium ingots and bars; Electrolytic cobalt; Pure bismuth; pure chromium metal; Titanium sponge; Zirconium sponge; Silicon metal; Indium; Calcium; Tungsten bars; Selenium ingot; Potassium; Sodium; Niobium; Vanadium; Hafnium; Gallium. Beryllium. Molybdenum; Metal lithium; Tellurium; Germanium ingots. Rhenium. Metal arsenic. Different Kinds of Minor Metals From HSG 01 Chromium Metal Chromium metal is mainly used in nickel base, cobalt base superalloy, aluminum alloy, titanium alloy, resistance alloy, corrosion resistant alloy, iron base heat resistant alloy and stainless steel production. Industrial production of chromium metal has two kinds, one is thermite chromium, block, silver bright color, metallic luster, containing Cr> 98%, according to the use of impurities have different requirements; The other is electrolytic chromium, sheet, dark brown surface, after hydrogen refining surface bright, containing Cr> 99%. How is Minor Metals Produced and Manufactured? During the minor metals manufacturing from refractory metal suppliers, the main downstream products of rare earths, the main products in the small metal industry, are catalysts, permanent magnets and glass, which account for 21%, 18% and 16% of the demand for rare earths, respectively. The downstream products of tungsten are mainly hard alloy, alloy steel and tungsten, whose demand for tungsten accounts for 52%, 30% and 13% respectively. Molybdenum is mainly used in construction steel, stainless steel, catalyst and chemical industry and tool steel and other fields, among which the former two demand for molybdenum accounted for more than 60% of the total market demand for molybdenum. In addition, antimony is mainly used in flame retardant, tin is mainly used in solder, indium is mainly used in indium tin, and germanium is mainly used in PET, optical fiber and infrared optics, not mainly used in aluminum alloy, casting and steel making desulfurization and other fields.
PTFE Carbon Products Carbon filled PTFE products consist of a blend of carbon particles or fibers mixed with polytetrafluoroethylene (PTFE), commonly known as Teflon. PTFE is a highly durable fluoropolymer known for its exceptional chemical resistance and low friction properties. The addition of carbon to PTFE enhances its mechanical, thermal, and electrical characteristics, making it ideal for a wide range of applications. The Technical Indexes of the Product Item Data Unit Apparent density 2.1-2.3 g/cm3 Tensile strength 15 Mpa The elongation at break 150 % Features of Carbon Filled PTFE Products Carbon graphite filled PTFE products are widely utilized in industries such as automotive, aerospace, chemical processing, electrical engineering, and mechanical engineering. These products are available in various forms, including sheets, rods, tubes, gaskets, seals, and bearings. The inclusion of carbon in PTFE offers numerous advantages. Firstly, it improves the mechanical strength and wear resistance of the material, making it more robust and capable of withstanding high-stress conditions. PTFE carbon graphite products have enhanced load-bearing capacities and can endure higher pressures compared to pure PTFE. Secondly, carbon enhances the thermal conductivity of PTFE, resulting in efficient heat transfer and dissipation. This makes carbon filled PTFE products well-suited for applications where effective heat management is critical, such as in seals, gaskets, and heat exchangers. Thirdly, carbon improves the electrical conductivity of PTFE, transforming it from an insulating material to a conductive one. Carbon filled PTFE plastic products are employed in applications requiring static dissipation, electrical grounding, or electromagnetic shielding. Furthermore, carbon filled PTFE rod products retain the nonstick and low-friction properties of pure PTFE. They exhibit excellent release characteristics, making them highly desirable for applications where prevention of sticking, adhesion, or friction is necessary. In summary, PTFE 25 carbon filled products combine the inherent properties of PTFE, such as exceptional chemical resistance and low friction, with the enhanced mechanical strength, thermal conductivity, and electrical conductivity offered by carbon. These products find extensive use in industries where durability, efficient heat dissipation, electrical conduction, and nonstick performance are highly valued.
coconut Shell Activated Carbon is made of high-quality coconut shell carbonized material diameter and high-temperature steam activation. It has the characteristics of large adsorption capacity, long service life, high mechanical strength, low ash content, easy washing, and good water quality. It is mainly used in beverage, beer, high pure water and thermoelectric pretreatment equipment.
