Vacuum Thermal Evaporating Carbon Coating Coater for Materials Science

Vacuum Thermal Evaporating Carbon Coating Coater for Materials Science   Introduction Thermal Evaporation Carbon Coater (SD800C Model) is ideal and designed for lab SEM sample preparation. SD800C Model carbon coater applies a thin conductive carbon film on a sample surface. Applying this coating to a non-conductive sample is an effective preparation technique for diminishing charge-up electron artifacts for analysis in a SEM. Working vacuum pressure can be achieved quickly when using proper vacuum pump within 5 minutes. It is user friendly and easy to operate.      Vacuum pump is included. Parameter  Vacuum pump set (Oil required) rotary vacuum pump Rotary pumping speed 50 Hz : 8 m³/h (2.2 L/s)/ 60 Hz : 9.6m³/h 2.6 L/s) Vacuum limit 2Pa Max evaporation current 100A Working pressure 6Pa -4 Pa Vacuuming tme < 5 Min( 2Pa) Vacuum measure Measuring range from atmosphere to 2*10-2mbar Chamber size Φ150*120mm (height) scratch resistant quartz glass  Evaporation target source Target material :carbon rope/target source:carbon rope Operation method Instruction Manua Weight/size 45kg/340mm length x 390mm wide x 300mm high Power supply AC 110V 60Hz or AC 220V 50Hz Power consumption <2000W Warranty One year limited warranty with lifetime product support  

DC Vacuum Portable Auto Ion Sputtering Coater for Non-conductive SEM Sample Preparation

DC Vacuum Portable Auto Ion Sputtering Coater for Non-conductive SEM Sample Preparation Introduction   Compact Automatic Ion Sputtering Coater (SD800 Model) that is ideal and designed for lab SEM sample preparation. It is widely used to coat non-conductive SEM samples with Au for better imaging. It is also excellent for surface treatment. Working vacuum pressure can be achieved quickly when using proper vacuum pump. It generates much less heat. It is user friendly and easy to operate using Time Control. Vacuum pump is included.   Parameter  Vacuum pump set (Oil required) rotary vacuum pump Rotary pumping speed 50 Hz : 8m³/h (2.2 L/s)/ 60 Hz : 9.6m³/h (2.6 L/s) Vacuuming time < 2 Min Chamber size Φ115*100mm (height) scratch resistant quartz glass  Magnetron target source Target size φ 50*0.1mm(Au)/target source: Au,Ag,Pt Operation method Instruction Manual Weight/size 40kg/307mm length x 260mm wide x 260mm high Power supply AC 110V 60Hz or AC 220V 50Hz Power consumption <1500W Cooling method Air cooling Warranty One year limited warranty with lifetime product support    

Vacuum Pulsing Thermal Evaporating Sputtering Coating Coater with Vacuum Pump

Vacuum Pulsing Thermal Evaporating Sputtering Coating Coater with Vacuum Pump   Introduction Automatic Pulsing Thermal Evaporation Carbon Coater (SD980 Model) that is ideal and designed for lab SEM sample preparation. SD980 Model carbon coater is a fully-automated carbon coater that applies a thin conductive carbon film on a sample surface. Applying this coating to a non-conductive sample is an effective preparation technique for diminishing charge-up electron artifacts for analysis in a SEM. A pulsed mode for protecting samples is also included. Working vacuum pressure can be achieved quickly when using proper vacuum pump. It is user friendly and easy to operate by Controlling Touch Screen Heating Power (Current) and Pulsing Times (Recipe). Vacuum pump is included. Parameter Vacuum pump set (Oil required) rotary vacuum pump Rotary pumping speed 50 Hz : 8 m³/h (2.2 L/s)/ 60 Hz : 9.6m³/h (2.6 L/s) Vacuum limit 2 Pa Max evaporation current 80A Working pressure 6 Pa - 4 Pa Vacuuming time <5 Min(2 Pa) Vacuum measure Measuring range from atmosphere to 2*10-2mbar Chamber size Φ150*120mm (height) scratch resistant quartz glass Evaporation target source Target material :carbon rope/target source: carbon rope Operation method Instruction Manual Weight/size 45kg/390mm length x 310mm wide x 290mm high Power supply AC 110V 60Hz or AC 220V 50Hz Power consumption <2000W Warranty One year limited warranty with lifetime product support

Materials Science Vacuum Magnetron Ion Sputter Coating Coater

Materials Science Vacuum Magnetron Ion Sputter Coating Coater Introduction Materials Science Magnetron Ion Sputtering Coater(SD900M Model) is ideal and designed for lab SEM sample preparation. It is widely used to coat non-conductive or heat-sensitive SEM samples with Au for better imaging. It is also excellent for surface treatment and avoids damage to the substrate sample. Coating Result Sample Picture under SEM (by SD-900M Model) EPTFE (Extended Poly Tetra Fluoro Ethylene) Low vacuum, can be achieved quickly when using proper vacuum pump within 5 minutes. It generates much less heat and avoids plasma damage to the substrate sample. It is user friendly and easy to operate. Vacuum pump is included. Chiller is optional. Parameter Vacuum pump set (Oil required) rotary vacuum pump Rotary pumping speed 50 Hz : 8 m³/h (2.2 L/s)/ 60 Hz : 9.6m³/h (2.6 L/s)  Vacuum limit 2 Pa Max sputtering current 100mA Working pressure 20Pa - 8 Pa Vacuuming time <5 Min(2 Pa) Vacuum measure Measuring range from atmosphere to 2*10-2mbar Chamber size Φ150*120mm (height) scratch resistant quartz glass Magnetron target source Target size φ50*0.1mm(Au)/target source: Au,Ag,Pt Operation method Instruction Manual Weight/size 45kg/360mm length x 300mm wide x 380mm high Power supply AC 110V 60Hz or AC 220V 50Hz Power consumption <1500W Cooling method Water cooling(optional) Warranty One year limited warranty with lifetime product support 

Magnetron Ion Thermal Evaporation Carbon Sputter Coater for SEM Sample Preparation

Magnetron Ion Thermal Evaporation Carbon Sputter Coater for SEM Sample Preparation Introduction     Magnetron Ion Sputtering Unit &Thermal Evaporation Carbon Coater is ideal and designed for lab SEM sample preparation. SD900C Model (Magnetron Ion Sputtering Unit) is widely used to coat non-conductive or heat-sensitive SEM samples with Au for better imaging. It is also excellent for surface treatment and avoids damage to the substrate sample.     SD900C Model (Thermal Evaporation Carbon Unit) carbon coater applies a thin conductive carbon film on a sample surface. Applying this coating to a non-conductive sample is an effective preparation technique for diminishing charge-up electron artifacts for analysis in a SEM.     Working vacuum pressure can be achieved quickly when using proper vacuum pump within 5 minutes. It is user friendly and easy to operate.     Vacuum pump is included.     Chiller is optional. (for Magnetron Ion Sputtering Unit)   Parameter Vacuum pump set (Oil required) rotary vacuum pump Rotary pumping speed 50 Hz : 8 m³/h (2.2 L/s)/ 60 Hz : 9.6m³/h (2.6 L/s) Vacuum limit 2Pa Max sputtering current 100mA Max evaporation current 100A Working pressure 20Pa -8 Pa Vacuuming time <5 Min(2 Pa) Vacuum measure Measuring range from atmosphere to 2*10-2mbar Gas control Gas flow controller Chamber size Φ150*120mm (height) scratch resistant quartz glass Magnetron target source Target size φ 50*0.1mm(Au)/ target source: Au,Ag,Pt Evaporation target source Target material:carbon rope /target source:carbon rope Operation method Instruction Manual (2 units)Weight/size 55kg/360mm length x 300mm wide x 380mm high Power supply AC 110V 60Hz or AC 220V 50Hz Power consumption <2000W Cooling method Air cooling(Evaporation)+water cooling (sputtering ) Warranty One year limited warranty with lifetime product support

Industrial Grade Graphene for Conductive coatings

Industrial Grade Graphene for Conductive coatings SPECIFICATIONS MODEL Graphene Content Dispersant content D50 (μm) Viscosity solvent TMAX-CC503 15wt% 0.25wt% 8.65 No Mobility Deionized water  

Heat Electrode Film Coater with Dryer Cover and 100-250mm Doctor Blade

Vacuum coater 1.For lithium battery lab research 2.Max.coating area:250mm width *300mm length 3.Thickness:0.01-3.5mm adjustable

Vertical Plate Gap Coating Machine

Diaphragm Coating Machine For Production

Hot Melt Slot Die Flat Coating Machine

Laboratory Desktop Precision Flat Slot Die Coater W/ Heating Vacuum Chunk

Lab 200C Spin Coater with Bluetooth Communication Function And Supporting Remote Communication Software

Nanometer Range Programmable Dip Coater with Drying Oven (1-500 nm/sec, 100°C Max. )

Lab Manual Spin Coater Equipped with Countdown Display Function

Nanometer Range Programmable Dip Coater with Drying Oven (1-500 nm/sec, 100°C Max. )

200C Desktop Dip Coater for Precision Coating

Nanometer Range Programmable Dip Coater with Drying Oven (1-500 nm/sec, 100°C Max. )