Offers to Sell

PWP350 pressure transmitter/transducer applies high quality Germany imported piezoresistive pressure sensor chip with a fully welded stainless steel housing. Equipped with 3 intelligent protection: Over-voltage, over-current and reverse wiring protection. Strongly compatible with air, oil, hydraulic and water pressure. Variety choices for structure, outputs, electrical connectors and pressure ports. Measuring range up to 1,000bar.

Minimum Order: 1 bags

SAN Processing Aid excels in promoting faster fusion, increasing melt strength, enhancing extensibility, and improving melt homogeneity. Increases the surface quality of PVC products. It is a good general purpose processing aid that promotes a wide processing window improving PVC gelation, fusion fluidity and processing performance.

Minimum Order: 1 bags

Low Molecular Weight: Ideal for applications requiring transparency, such as transparent films and sheets. Medium Molecular Weight: Suited for general PVC products, including pipes, fittings, and profiles. High Molecular Weight: Designed for foam products like PVC foam boards, sheets, and Wood-Plastic Composites (WPC).

Minimum Order: 1 bags

ITEM NO.: TB615GM PACKAGE: CARRI BRAND BOX SETS/CTN: 4 SETS MEAS.: 54*43*50 CM MOQ: 50 SETS HALOGEN FOG LAMP FOR GMC YUKON Product Description ITEM NO.  TB615GM PACKAGE  CARRI BRAND BOX SETS/CTN  4 SETS MEAS.  54*43*50 CM MOQ  50 SETS LENS  PLASTIC BULB  880 12V 27W WARRANTY  1 YEAR SHIPPING  FOB ZHONGSHAN KITS WITH WIRE AND SWITCH

ITEM NO.: TB639CV PACKAGE: CARRI BRAND BOX SETS/CTN: 6 SETS MEAS.: 51.5*33.5*66 CM MOQ: 50 SETS Halogen Fog Lamp Product Description ITEM NO.  TB639CV PACKAGE  CARRI BRAND BOX SETS/CTN  6 SETS MEAS.  51.5*33.5*66 CM MOQ  50 SETS LENS  PLASTIC BULB  880 12V 27W WARRANTY  1 YEAR SHIPPING  FOB ZHONGSHAN KITS WITH WIRE AND SWITCH

ITEM NO.: TB345TA/TB345TA-C PACKAGE: CARRI BRAND BOX SETS/CTN: 9 SETS MEAS.: 56.5*26*46.5 CM MOQ: 50 SETS Foglamp Avanza 2019 Specification ITEM NO.  TB345TA/TB345TA-C PACKAGE  CARRI BRAND BOX SETS/CTN  9 SETS MEAS.  56.5*26*46.5 MOQ  50 SETS LENS  PLASTIC OR GLASS BULB  H16 12V 19W  H11 12V 55W WARRANTY  1 YEAR SHIPPING  FOB ZHONGSHAN KITS WITH WIRE AND SWITCH

SWIFT DAYTIME RUNNING LIGHT ITEM NO.: TB058SK-DRL/CO-TB058SK-DRL PACKAGE: CARRI BRAND BOX SETS/CTN: 8 SETS MEAS.: 50.5*46.5*65.5 CM MOQ: 50 SETS DAYTIME RUNNING LIGHT FOR SWIFT 2017 Product Description ITEM NO.  TB058SK-DRL/CO-TB058SK-DRL PACKAGE  CARRI BRAND BOX SETS/CTN  8 SETS MEAS.  50.5*46.5*65.5 CM MOQ  50 SETS LENS  PLASTIC BULB  H8 12V 35W  LED 12V 5W (DRL) WARRANTY  1 YEAR SHIPPING  FOB ZHONGSHAN KITS WITH WIRE KITS

Daytime Running Light ITEM NO.: TB033TA-DRL/TB033TA-DRL-BK PACKAGE: CARRI BRAND BOX SETS/CTN: 4 SETS MEAS.: 54*43*50 CM MOQ: 50 SETS DAYTIME RUNNING LIGHT FOR TOYOTA FJ CRUISER 2010-ON Product Description ITEM NO.  TB033TA-DRL/TB033TA-DRL-BK PACKAGE  CARRI BRAND BOX SETS/CTN  4 SETS MEAS.  54*43*50 CM MOQ  50 SETS LENS  GLASS BULB  LED 12V 5W (DRL)  LED 12V 18W (FOG) WARRANTY  1 YEAR SHIPPING  FOB ZHONGSHAN KITS WITH WIRE AND SWITCH

Sintered Filter Discs: Ideal Filter Element for Accurate Filtration Sintering is a high-temperature process in a vacuum environment that fuses all contact points in a woven wire mesh. This process ensures the mesh retains its original weave, with consistent hole size, shape, and micron rating. Sintered wire mesh is available in single-layer or multi-layer designs, offering exceptional strength and rigidity. Sintered filter discs are crafted through this advanced process, combining metal or non-metal powders under heat and pressure to create a durable yet porous structure. These discs are versatile and can be shaped into various forms, including round, square, oval, and custom designs, to meet diverse filtration needs. Sintered metal filter disc, is an ideal filter element for accurate filtration. Powder Metal Sintering Process The powder metal sintering process includes: Choosing a powder composition: The metal powder type you use will determine the properties of the finished product, so selecting the right one for your needs is crucial. Compaction: Once you've selected the right powder for your needs, the next step is to compact it into the desired shape. It is performed using a die press, which applies pressure to the powder to force it into the desired shape. The amount of pressure and the duration of pressing will vary depending on the powder type and the desired final product. Sintering: After the powder is compacted into the desired shape, it is ready for sintering. Sintering is a process of heating the powder to just below its melting point, allowing the particles to bind and form a solid piece. The length of time and temperature at which the powder is heated will vary depending on the powder type and the desired final product. According to customers' demand, sintered metal filter discs can also be added outer rings. Being one of the safest and most secure way to filter liquid or gas, sintered filters are being adapted into different industries. Sintered mesh filter disc is widely used in filtration process in many industries, it works as gas-liquid separation, oil and fuel filtration. 1. Automotive Industries Vehicles need clean air, and one of the best ways to ensure dust, dirt, and unwanted liquid do not overflow into the exhaust system is to use sintered filters. From being a vital element in the exhaust pipe to being used as a filter cover for the engine's air filter, there are various uses of sintered filters in the automotive industry. They are even used as sound dampers in the throttle and exhaust system. 2. Domestic and Electronics Industry Vacuum cleaners, dampers in blenders, filtration units and water purifiers all use sintered filters. The domestic appliance industry is one of the biggest and prevalent applicants of sintered filter. 3. Chemical and Pharmaceutical Industry Foreign substances cannot be allowed to impure the material at hand and sintered filter elements as well as profiles are prominent in this industry. High pressure, different viscosity level and corrosion properties result in these industries trusting sintered filters for their filtration needs. 4. Nuclear and Energy Industry Sintered filters play a huge role in nuclear reactors where clean water is used as coolant. Energy industry uses high-pressure and corrosion resistant filters.

Metal forging is to use the malleability of metal and its ability to produce malleable deformation to form a blank into a part or blank with a certain shape, size, internal structure and mechanical properties that meet the requirements with the help of tools or dies under the action of external impact force or pressure Sucker rod forging refers to partially heating both ends of the sucker rod and upsetting it into left and right joints, namely male and female joints, so that the joint and the sucker rod become a whole. Induction forging is an advanced heating forging technology with high quality, high efficiency and low consumption, which is widely used in the production of sucker rods. Due to its advantages of fast heating speed, stable heating temperature and high degree of automation, induction forging is favored by the majority of manufacturers.

Minimum Order: 1 bags

TY Induction induction heating machines are widely used in mechanical forging heating processing, industrial heat treatment manufacturing, tool induction brazing manufacturing, food heating processing and other fields. Based on the principle of induction technology updating and customer demand, TY Induction has been striving to produce industrial induction heating equipment with its own characteristics and independent core technology in the induction heating industry. With the renewal of induction heating equipment from generation to generation, and our rich experience in induction heating industrial applications, we provide high quality industrial induction heating equipment to end customers worldwide.

Minimum Order: 1 bags

Induction brazing equipment is a type of machinery used for the process of brazing. Brazing is a method of joining two or more metal components by heating them to a temperature that is lower than their melting points, and then adding a filler metal, such as a brazing alloy, which melts and flows between the components to create a strong, permanent joint. Induction brazing is a process of joining two metal components together using a brazing filler metal. It involves heating the metal components with an induction coil to a temperature above the melting point of the brazing filler metal, but below the melting point of the metal components being joined. The brazing filler metal is then melted and flowed between the metal components by capillary action, forming a strong and permanent bond. The induction heating process used in induction brazing involves the use of an alternating magnetic field generated by the induction coil, which induces eddy currents in the metal components being joined. The resistance of these currents causes the metal to heat up rapidly and uniformly, without the need for a separate heating element. Induction brazing equipment uses electromagnetic induction to generate heat in the metal components to be brazed. An alternating current is passed through a coil, which creates a magnetic field that induces eddy currents in the metal. These eddy currents create heat, which raises the temperature of the metal and melts the brazing alloy. Induction brazing equipment can be used to braze a wide range of metals, including copper, brass, steel, stainless steel, and aluminum, and is commonly used in industries such as automotive manufacturing, aerospace, and electronics. Some of the advantages of induction brazing equipment include its ability to provide rapid, localized heating, precise temperature control, and high energy efficiency.

Minimum Order: 1 bags

An induction pipe bending machine is a specialized machine that uses induction heating to heat a section of pipe to a specific temperature before bending it to a desired shape. The process can be used to bend pipes made of a wide variety of materials, including steel, aluminum, and copper. The basic principle of induction pipe bending is that an induction heating coil is used to heat a specific section of pipe to a precise temperature before it is bent. The heating coil is placed around the section of pipe that needs to be bent, and high-frequency electrical current is passed through the coil, creating an electromagnetic field that heats the pipe. The pipe is then bent using a bending die or a press to the desired shape. Induction bending is a metal forming process used to bend pipes, tubes, and other hollow profiles to a desired shape. This technique uses an induction coil to heat a specific area of the workpiece to a high temperature, making it more malleable and easier to bend without causing damage to the material.

Minimum Order: 1 bags

Excavator Cylinder Pins Induction Hardening This Complete Induction Hardening System for Excavator Cylinder Pins is a specialized equipment designed and produced by TY Induction for our customers in manufacturing and serving heavy machinery in construction industry. These pins play a crucial role in the performance and longevity of excavators. Induction Heat Treatment increases the strength and durability of excavator bucket pins. This Complete Induction Hardening System for Excavator Bucket Pins includes eight (8) items: an IGBT Induction Power Converter, an output transformer, an induction coil, a quenching coil, a CNC quenching system, a closed-loop cooling system for both induction power converter and Quenching media, a CNC control system and an UPS power. The Induction Power Supply generates high-frequency alternating current, which is supplied to the output transformer further to induction coil. The coil is designed to produce an intense electromagnetic field, which is responsible for heating the surface of the excavator bucket pins inside coil. A bucket pin is precisely positioned inside the induction coil during the Induction Heat Treating process. Once the Induction Hardening Equipment starts up, the induction coil starts moving progressively and electromagnetic field generated by the coil rapidly heats the surface layer of the pin. After reaching the desired temperature, the quenching system starts to work. The pin is quickly cooled with quenching media sprayed from the quenching coil, which usually contains a specialized quenching medium such as oil, water or polymer. Rapid cooling of the heated surface helps transform the metal structure and form a hardened layer. The quenching process significantly improves the hardness, wear resistance and overall strength of the excavator bucket pin. CNC Control systems in Induction Heat Treatment systems precisely regulate the heating and cooling processes. Operators can set specific parameters such as heating time, temperature and traveling speed of induction coil, flow and pressure of quenching medium for consistent and optimized hardening pattern.

Minimum Order: 1 bags