PROGRAMMABLE SPIN COATING UNIT:- MAKE: HE (GMP/ISO 9001 – 2015/GMP/CE Certified ) Model: HSC – 8000 Technical Specification: - • Polypropylene Working Chamber (removable), size 6-inch dia, with transparent photo resist lid with interlock safety switch. • 500 – 8000 RPM • Accuracy<±0.5% of Full Speed • Microprocessor Programmable Speed control with respect to time Preset editable programs of 1 program X 64 step • Real time display of RPM, time and program stamps • Nonvolatile program memory • Input & control through soft touch key pad. • Vacuum release switch • Substrate size from 0. 04sq.inch (28 sq.mm) to 4.0 sq. inch (for glass substrate) & 20.0 sq. inch (for silicon wafers) • Vacuum chuck: derlin made circular substrate holders of Dia 0.5”,1”,1.5”,2.0” inch • Microprocessor control A C brush less motor • Acceleration 2000 rpm/sec (Maximum) use settable • Calibration option. • Vacuum Dial gauge. • Frame: Epoxy coated MS. • Facility for interlocking with Vacuum Pump. • Tubing for Vacuum. • Gas Purging Attachment for Nitrogen. • Spill drainage facility • To operate on 230V ± 10%, 1 phase 50 Hz AC only. • Maximum Power 190W, Current 1.0 Amp. Vacuum Pump: - Make: HE (NSIC Regd, MSME Regd, ISO 9001 – 2015/14001-2015/13485-2016/FDA/ GMP/CE Certified) Model Technical Name HE115 N Flow rate 50 Hz 42 L/min 60 Hz 60 Hz 50 L/min Ultimate vacuum Partial Pressure Total Pressure Total Pressure Power Inlet Port

Application of Split Tube Furnace 1200 Degree 1200°C Split Tube Furnace (Programmable) is Mainly Provides High Temperature Heat Treatment Environment For Industrial, Research Institutes, Factories And Other Industrial Laboratories, And Is Applied To New Materials Such As Metal Materials, Ceramic Materials, Nano Materials, And Semiconductor Materials. Product Specification Model HE-STF-(1700/1400p/1200p) Maximum Temp 1700/1400/1200 Degree Working Temp 1600/1350/1150 Degree Temp Accuracy 1 degree Heating Elements Molybdenum Disilicide Heating Element Easily Replaced Power Supply 220 Volts 3 phases AC Supply 415 Volts, 3 Phases AC Supplu Product Specification Type Single Zone Split Type Max Temperature 1200℃ Continue Operating Temp. 1150℃ Heating Element Kanthal “A-1” Wire in Coil Form Insulation ➢ First layer: 1430℃ ceramic fiber board& Zirconia Fiber Blanket. ➢ Second layer: 1260℃ ceramic fiber board & Zirconia Fiber Blanket. ➢ High Quality Ceramic Fiber Zirconia Grade Thermal Insulation Material to Ensure A Good Uniformity Temperature Accuracy ±1℃ Thermocouple K type (Pt-Rh to Pt-Rh) with 99.7% purity Alumina tube Temperature Controller ➢ PID automatic control via SSR power control with phase angle fired, current limiting resistor. ➢ 1 programmable x 16 segments for precise control of heating rate, cooling rate and dwell time. ➢ Built in PID Auto-Tune function with overheating & broken thermocouple broken protection for this Split Tube Furnace 1200 type. ➢ Over temperature protection and alarm allows for operation without attendant Electronic Component Autonics / Schneider / L&T Electronics Brands Heating Rate ≤ 15℃/Min (Suggest 10℃/Min For Longer Life Using of Furnace) Safety Protection Overheat And Thermocouple-Break Alarm Certification NSIC Regd, ISO 9001 – 2015/14001-2015/13485-2016/FDA/GMP/CE Certified Furnace Shell High Quality GI Sheet With PP Powder Coated Accessories One Pair of High Temperature Furnace Gloves One No of Bot Tong and Operational Manual Optional Quartz / Alumina Bot Warranty ➢ One-year limited warranty for this Split Tube Furnace 1200 type with lifetime support. (Consumable parts such as heating elements and Sensor, crucibles are not covered by the warranty, please order the replacement at related products) ATTENTION: Any damages caused by the use of corrosive and acidic gases are not under the coverage of One Year Limited Warranty. Using Attentions ➢ The cooling rate of this Split Tube Furnace 1200 type shall also not exceed 8℃ /min. ➢ Toxic or explosive gases are not recommended for use with this Split Tube Furnace without necessary safety controls and supervision. ➢ Small cracks may appear on the surface of the refractory ceramics over extended use. This is a normal occurrence

Hydrothermal Autoclave: - Make: HE (NSIC REGD, ISO 9001 – 2015/14001-2015/13485-2016/FDA/ GMP/CE CERTIFIED) Description: The Hydrothermal Autoclave Reactor use to carry hydrothermal reaction at high pressure and high temperature. Hydrothermal synthesis reactor generally comes in a two variety; the first is Polytetrafluoroethylene (PTFE) lined hydrothermal autoclave reactors. Hydrothermal reactor mainly made up of two parts; outer high-quality stainless-steel (304 & 316 Customer on Demand) jacket and inner PTFE liner chamber. In the Teflon-lined autoclave, the reaction is carried out at maximum 260-degree Celsius (500 Fahrenheit), while the safe temperature is 260-degree Celsius. This product extensively used in the scientific laboratory, research and development labs, institutional organizations, quality analysis section in industries etc. Specifications of PTFE Lined Autoclave: • Hydrothermal Autoclave: 2000 ml, • Maximum operating temperature: ≤260°C • Working temperature: – 240°C • Working Pressure: ≤3MPa or 30 Bar • Heating and Cooling Rate: ≤5°C/min • Material: Shell made of high-quality nonmagnetic 304 stainless steel • Easy to handle • Threads are very smooth to lock and unlock • Can be customized as per requirement • Primary screw type cap for basic tightening • Secondary cap has been provided at the top of the reactor thorough (Allen Key Bolt) for extra tightening to avoid leakage • Customized stainless-steel jacket/autoclave of SS 316 can also be provided if needed, which is better for corrosive materials.

Hydrothermal Autoclave: - Make: HE (NSIC REGD, ISO 9001 – 2015/14001-2015/13485-2016/FDA/ GMP/CE CERTIFIED) Description: The Hydrothermal Autoclave Reactor use to carry hydrothermal reaction at high pressure and high temperature. Hydrothermal synthesis reactor generally comes in a two variety; the first is Polytetrafluoroethylene (PTFE) lined hydrothermal autoclave reactors. Hydrothermal reactor mainly made up of two parts; outer high-quality stainless-steel (304 & 316 Customer on Demand) jacket and inner PTFE liner chamber. In the Teflon-lined autoclave, the reaction is carried out at maximum 260-degree Celsius (500 Fahrenheit), while the safe temperature is 260-degree Celsius. This product extensively used in the scientific laboratory, research and development labs, institutional organizations, quality analysis section in industries etc. Specifications of PTFE Lined Autoclave: • Hydrothermal Autoclave: 200 ml, • Maximum operating temperature: ≤260°C • Working temperature: – 240°C • Working Pressure: ≤3MPa or 30 Bar • Heating and Cooling Rate: ≤5°C/min • Material: Shell made of high-quality nonmagnetic 304 stainless steel • Easy to handle • Threads are very smooth to lock and unlock • Can be customized as per requirement • Primary screw type cap for basic tightening • Secondary cap has been provided at the top of the reactor thorough (Allen Key Bolt) for extra tightening to avoid leakage • Customized stainless-steel jacket/autoclave of SS 316 can also be provided if needed, which is better for corrosive materials. SIZE: 200 ml

Polypropylene Working Chamber (removable), size 6-inch dia, with transparent photo resist lid with interlock safety switch. 500 – 8000 RPM Accuracy<±0.5% of Full Speed Microprocessor Programmable Speed control with respect to time Preset editable programs of 1 program X 16 step Real time display of RPM, time and program stamps Nonvolatile program memory Input & control through soft touch key pad. Vacuum release switch Substrate size from 0. 04sq.inch (28 sq.mm) to 4.0 sq. inch(for glass substrate) & 20.0 sq. inch (for silicon wafers)

Polypropylene Working Chamber (removable), size 6-inch dia, with transparent photo resist lid with interlock safety switch. 500 – 9999 RPM Accuracy<±0.5% of Full Speed Microprocessor Programmable Speed control with respect to time Preset editable programs of 1 program X 16 step Real time display of RPM, time and program stamps Nonvolatile program memory Input & control through soft touch key pad. Vacuum release switch Substrate size from 0. 04sq.inch (28 sq.mm) to 4.0 sq. inch(for glass substrate) & 20.0 sq. inch (for silicon wafers)

Polypropylene Working Chamber (removable), size 6-inch dia, with transparent photo resist lid with interlock safety switch. 500 – 9500 RPM Accuracy<±0.5% of Full Speed Microprocessor Programmable Speed control with respect to time Preset editable programs of 1 program X 16 step Real time display of RPM, time and program stamps Nonvolatile program memory Input & control through soft touch key pad. Vacuum release switch Substrate size from 0. 04sq.inch (28 sq.mm) to 4.0 sq. inch(for glass substrate) & 20.0 sq. inch (for silicon wafers)

Polypropylene Working Chamber (removable), size 6-inch dia, with transparent photo resist lid with interlock safety switch. 500 – 9999 RPM Accuracy<±0.5% of Full Speed Microprocessor Programmable Speed control with respect to time Preset editable programs of 1 program X 16 step Real time display of RPM, time and program stamps Nonvolatile program memory Input & control through soft touch key pad. Vacuum release switch Substrate size from 0. 04sq.inch (28 sq.mm) to 4.0 sq. inch(for glass substrate) & 20.0 sq. inch (for silicon wafers)

Two Zone Split Tube Furnace 1200°C Two-zone split tube furnaces are typically used for applications that require precise temperature control or for applications where the use of different atmospheres is necessary. Some common applications for two-zone split tube furnaces include: Two-zone split tube furnaces are available in a variety of sizes and temperature ranges. The size of the furnace will determine how many samples can be heated at once, while the temperature range will determine the types of materials that can be heated in the furnace. Application 1200°C Two Zone Split Tube Furnace Mainly Provides High Temperature Heat Treatment Environment for Industrial, Research Institutes, Factories and Other Industrial Laboratories, And Is Applied to New Materials Such As Metal Materials, Ceramic Materials, Nano Materials, And Semiconductor Materials. Technical Specifications Type Two Zone Split Type Max Temperature Zone 1 1200℃ Max Temperature Zone 2 1200℃ Continue Operating Temp. Zone 1 1150℃ Continue Operating Temp. Zone 2 1150℃ Heating Element Kanthal “A-1” Wire in Coil Form Insulation ➢ First layer: 1430℃ ceramic fiber board& Zirconia Fiber Blanket. ➢ Second layer: 1260℃ ceramic fiber board & Zirconia Fiber Blanket. ➢ Third Layer: High Quality Ceramic Fiber Zirconia Grade Thermal Insulation Material To Ensure A Good Uniformity. Temperature Accuracy ±1℃ Accuracy Thermocouple K type (Pt-Rh to Pt-Rh) with 99.7% purity Alumina tube for Each Zone Temperature Controller ➢ PID automatic control via SSR power control with phase angle fired, current limiting resistor. ➢ 1 programmable x 16 segments for precise control of heating rate, cooling rate and dwell time. ➢ Built in PID Auto-Tune function with overheating & broken thermocouple broken protection for this Split tube Furnace 1200 Type. ➢ Over temperature protection and alarm allows for operation without attendant Electronic Component Autonics / Schneider / L&T Electronics Brands Heating Rate ≤ 15℃/Min (Suggest 10℃/Min for Longer Life Using of Furnace) Safety Protection Overheat And Thermocouple-Break Alarm Certification NSIC REGD, MSME REGD, ISO 9001 – 2015/14001-2015/13485-2016/FDA/GMP/CE CERTIFIED Furnace Shell High Quality GI Sheet With PP Powder Coated Power Supply 220 V, Single Phase AC SUPPLY Warranty ➢ One-year limited warranty for this Split Tube Furnace 1200 type with lifetime support. (Consumable parts such as heating elements and Sensor, Tube, crucibles are not covered by the warranty, please order the replacement at related products) ➢ ATTENTION: Any damages caused by the use of corrosive and acidic gases are not under the coverage of One Year Limited Warranty. Using Attentions ➢ The cooling rate of this Split Tube Furnace1200 type shall also not exceed 10℃/min. ➢ Toxic or explosive gases are not recommended for use with this Two Zone Split Tube Furnace without necessary safety controls and supervision. ➢ Small cracks may appear on the surface of the refractory ceramics over extended use. This is a normal occurrence