The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink, 1. Outside Diameter: as your request 2. Total Height: as your request 3. Base Thickness: as your request 4. Pin Height: as your request 5. Color: silver, gold, black, red, as your request GLARY has an extensive range of options to provide the optimal cooling solution for your LED application. Our precision forge process provides unique advantages for LED cooling. Forging can produce round and other non-linear shapes that are preferred for LED applications. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Heat sinks can be forged in either aluminum or copper. Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need. Standard or modified standard solutions We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application. Custom design services Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application. Note: All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
fixed maximum liquid level gauge LS15-S3F560A Since 1989, YOYIK has been engaged in the manufacture and supply of industrial spare parts, accumulating rich industry experience and strong technical strength. The company not only produces various types of generator set accessories, but also provides customers with professional technical support and customized services. In particular, in the technical transformation and overhaul projects of thermal power plants, hydropower stations and metallurgical enterprises, YOYIK's solutions have been well received. With its unremitting pursuit of quality and a complete after-sales service network, YOYIK has become a trusted partner of many companies. Yoyik can offer many spare parts for power plants as below: #DF-fixed maximum liquid level gauge LS15-S3F560A-DF Speed secondary meter JM-C-1ZS-100 Indicator steam inlet HP heater WSS-581 Power Board M83 ME8.530.004-4 LVDT vavle IV C9231126 CCM Card PC D230 Bolt electric heating rod ZJ-16.5-6 Excitation card SWL-3 DB/X LSZDH HMX LEVEL SWITCH RF 8 FOR BAG HOUSES RF8-07G2A1A750 Eddy Current Sensor PR6422/105-110 Eddy Current Sensor PR6422/001-040 high pressure switch RC860MH090HYA linear motion position sensor DET700A active abs sensor CS-3-L100 Bolt electric heating rod ZJ-20-51 displacement lvdt HL-6-250-15 speed sensor CS-1H-D-100-05-01 Axial displacement sensor 3500/45 TSI LVDT Sensor TDZ-1-60 Bolt electric heating rod ZJ-20-52 Bolt electric heating rod ZJ-20-47 High energy cable EHE-20-C-1-6 IP56 For XE-100 Light DN-1000A Optical fiber Fuse RT36-2(NT2) LVDT transmitter XCBSQ-02/100-01-02 speed sensor QBJ-CS-1-A02-B-C24-D Eddy Current Signal Converter CON021/913-030 thermal interface resistance WZP2MA LVDT Sensor B151.36.09.G4-002 INTELLIGENT TACHOMETER HY-01 fluid level gauge 705-510A-110/7MR-A110-136 LVDT sensor ZD-5000TD LVDT Sensor B151.36.09.04-008 linear distance sensor 191.36.09.09 CPU MODULE CPU-01-JAPMC-CP2200 Magnetoresistive Rotation Speed Sensor D-090-02-01 Eddy Current Sensor PR6423/000-020 fixed maximum liquid level gauge LS15-S3F560A fixed maximum liquid level gauge LS15-S3F560A MY-DFYL-2024-7-17
Axial Displacement Sensor WT0112-A90-B00-C01 Since 1989, YOYIK has been engaged in the manufacture and supply of industrial spare parts, accumulating rich industry experience and strong technical strength. The company not only produces various types of generator set accessories, but also provides customers with professional technical support and customized services. In particular, in the technical transformation and overhaul projects of thermal power plants, hydropower stations and metallurgical enterprises, YOYIK's solutions have been well received. With its unremitting pursuit of quality and a complete after-sales service network, YOYIK has become a trusted partner of many companies. Yoyik can offer many spare parts for power plants as below: #DF-Axial Displacement Sensor WT0112-A90-B00-C01-DF Speed secondary meter JM-C-1ZS-100 Indicator steam inlet HP heater WSS-581 Power Board M83 ME8.530.004-4 LVDT vavle IV C9231126 CCM Card PC D230 Bolt electric heating rod ZJ-16.5-6 Excitation card SWL-3 DB/X LSZDH HMX LEVEL SWITCH RF 8 FOR BAG HOUSES RF8-07G2A1A750 Eddy Current Sensor PR6422/105-110 Eddy Current Sensor PR6422/001-040 high pressure switch RC860MH090HYA linear motion position sensor DET700A active abs sensor CS-3-L100 Bolt electric heating rod ZJ-20-51 displacement lvdt HL-6-250-15 speed sensor CS-1H-D-100-05-01 Axial displacement sensor 3500/45 TSI LVDT Sensor TDZ-1-60 Bolt electric heating rod ZJ-20-52 Bolt electric heating rod ZJ-20-47 High energy cable EHE-20-C-1-6 IP56 For XE-100 Light DN-1000A Optical fiber Fuse RT36-2(NT2) LVDT transmitter XCBSQ-02/100-01-02 speed sensor QBJ-CS-1-A02-B-C24-D Eddy Current Signal Converter CON021/913-030 thermal interface resistance WZP2MA LVDT Sensor B151.36.09.G4-002 INTELLIGENT TACHOMETER HY-01 fluid level gauge 705-510A-110/7MR-A110-136 LVDT sensor ZD-5000TD LVDT Sensor B151.36.09.04-008 linear distance sensor 191.36.09.09 CPU MODULE CPU-01-JAPMC-CP2200 Magnetoresistive Rotation Speed Sensor D-090-02-01 Eddy Current Sensor PR6423/000-020 Axial Displacement Sensor WT0112-A90-B00-C01 Axial Displacement Sensor WT0112-A90-B00-C01 MY-DFYL-2024-7-11
Description AIXUN CNC grinder for grinding mobile phone IC CPU motherboard camera, ect. Lightweight mini Aixun intelligent chip grinding machine with an universal mold for cellphone touch IC Nand Flash CPU PCB board grinding removing repair. Features: 1. LED lighting, speed regulation, adjust the grinding speed on demand. 2. No-load speed at 12000r/min. 3. Press the lighting button to turn on the LED lighting. 4. Customized CNC ER8 chuck. 5. Standard package includes 2 specifications of customized emery grinding head 2.5/4.0mm. 6. Replace the grinding head, unscrew the nut at the lower end of the grinding chuck. 7. 2.5*30mm emery grinding head, 4.0*30mm emery grinding head. 8. An edge tool for chip grinding, powerful, multi-purpose, the best choice for touch IC, motherboard chip grindingl 9. After grinding, the effect will be better to simply treat with a maintenance blade. 10. Linear guide rail and double-sided limit block design. 11. The positioning point can be adjusted arbitrarily, and the grinding depth, width and length can be accurately adjusted. 12. Aviation brushless motor, POST buzzer prompt. 13. Power and multi-purpose, the best choice for Chip IC NAND motherboard grinding. 14. Strong momentum, strong load, more efficient. 15. Quick to start, easy to learn, and use. Specification: Name: AIXUN Chip Grinder. No-load speed: 12000r/min. Input voltage: 110V/220V. Rated power: 100W. Rated current: 8.5A. Workbench size: 250*117mm. Product size: 290*234*215mm. Application: used for touch IC, motherboard chip grinding. Grinding adjustment: 1. Depth adjustment: the grinding depth can be adjusted up and down by adjusting the vertical micrometer. 2. Horizontal micrometer: the grinding width can be adjusted left and right by adjusting the horizontal micrometer. 3. Length adjustment: Fix the grinding moving length by adjusting the stop block. Note: the mold in the figure is optional for sale. Package list: 1x Grinding machine with universal mold. 1x Power cable. 2x Grinding heads.
Designed as the perfect Partner to the Marantz AV8802A processor it,s 7 channels deliver 150W (8 ohm) of RMS power (20Hz-20kHz). Designed for the ultimate music and movie surround sound experience, the MM8077 7-channel power amplifier is equipped with the same amplifier technologies that are incorporated in our reference class hi-fi amplifiers, including our unique current feedback discrete power amplifier stage design, which features a high slew rate that provides a wide bandwidth for the utmost enjoyment of today,s high resolution audio formats. All output stages feature identical topology for uniform high quality sound across all channels, and the MM8077 provides the option to choose between balanced (XLR) and unbalanced (RCA) inputs for each channel, for maximum system configuration flexibility. High current, high bandwidth discrete power transistors can handle short term musical bursts with aplomb, even into difficult low impedance speaker loads. 7x 150W (8 ohm), 7x 180W (6 ohm) RMS power (20Hz-20kHz) Current feedback discrete power amplifier High current power supply with toroidal power transfomer Marantz reference-grade power supply filter capacitors and high speed, high current discrete power transistors Low impedance continuous drive capability Highest sound quality design based on pure surround philosophy Copper plated chassis Gold plated, high grade speaker terminals Flasher input, DC trigger (in/out), Remote control (in/out)
Name Triphenylphosphine Dibromide Synonyms Dibromotriphenylphosphorane Triphenylphosphonium dibromide CAS 1034-39-5 EINECS 213-855-1 Purity 98% Molecular Formula C18H15Br2P Molecular Weight 422.09 Melting Point 235 C Appearance light yellow to white solid Storage Condition 2-8 HS code 9319019 Use Triphenylphosphine dibromide is used as a reagent for conversion of aldoximes into nitriles. It acts as a reagent for cleavage of acetals. It reacts with amines to give iminophosphoranes. Further, it serves as a reagent in the preparation of alkyl and aryl bromides from alcohols and phenols without rearrangement. Nanjing Kaitian Chemical Co., Ltd. is mainly engaged in the research and development, production and sales of pharmaceutical intermediates, pesticide intermediates, bulk drugs and other chemicals. Triphenylphosphine Dibromide is one of the gold products produced by our company. Triphenylphosphine Dibromide has good advantages in product purity and appearance welcome to inquire and order.
Name Allyltrimethylsilane Synonyms Allyltrimethylisilane Trimethylallylsilane 3-(Trimethylsilyl)-1-propene 3-(Trimethylsilyl)propen EINECS 212-104-5 Purity 98% Molecular Formula C6H14Si Molecular Weight 114.261 Boling Point 84.9�?�°C at 760 mmHg Flash Point 7.2 C Appearance colorless transparent liquid Storage Condition 2-8 HS code 29310095 Use Silylation and allylation reagents. Nanjing Kaitian Chemical Co., Ltd. is mainly engaged in the research and development, production and sales of pharmaceutical intermediates, pesticide intermediates, bulk drugs and other chemicals. Allyltrimethylsilane is one of the gold products produced by our company. Allyltrimethylsilane has good advantages in product purity and appearance welcome to inquire and order.
Name Besifloxacin Hydrochloride Synonyms (R)-7-(3-Aminohexahydro-1H-azepin-1-yl)-8-chloro-1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-3-quinolinecarboxylic acid hydrochloride CAS 405165-61-9 EINECS 696-612-6 Purityecular Formula C19H22Cl2FN3O3 Molecular Weight 430.3 Melting Point >210 C (dec.) Boling Point 607 C at 760 mmHg Flash Point 320.9 C Appearance white-like solid Storage Condition nert atmosphere,2-8 C Use Besifloxacin HCl is a fourth-generation fluoroquinolone antibiotic Nanjing Kaitian Chemical Co., Ltd. is mainly engaged in the research and development, production and sales of pharmaceutical intermediates, pesticide intermediates, bulk drugs and other chemicals. Besifloxacin Hydrochloride is one of the gold products produced by our company. Besifloxacin Hydrochloride has good advantages in product purity and appearance welcome to inquire and order.
