Automatic carburizing furnace is mainly used for carburizing of tungsten powder, reduction of metal powders, sintering of tungsten copper alloy and sintering of tungsten and moly heavy alloy.
Vacuum Carburizing Furnace Introduction: ShinTek Vacuum Carburizing Furnace can be used for Quenching and Carburizing varieties of materials, such as High Speed Steel, Die Steel, Alloy Steel, Aluminum and Aluminum alloy die, Ti alloy, Precision alloy, Stainless Steel, High temperature alloy, refractory metal, hard metal etc… Vacuum Carburizing Furnace Specifications: Model STVF-Q-40 STVF-Q-65 STVF-Q-85 STVF-Q-120 STVF-Q-160 STVF-Q-240 STVF-Q-500 Working zone size 450*300*300 600*400*400 750*500*500 900*600*600 1100*700*700 1200*800*800 3500*800*600 Load (KG) 60 150 250 500 800 1000 2500 Power 40KW 65KW 85KW 120KW 160KW 240KW 500KW Max. temperature 1350? Temperature uniformity +/-5? (can achieve +/-3?for some specific project.) Ultimate vacuum level (Cold) 5*10-4 Pa Leakage rate =0.67 Pa/h Remark: The Vacuum Carburizing Furnace can be customized for your specific project. Vacuum Carburizing Furnace features: (1) Vacuum Carburizing Furnace – Patented hotzone design enable a high energy efficiency; (2) Vacuum Carburizing Furnace – High vacuum level, enable it can be used for a wide of industries; (3) Vacuum Carburizing Furnace – Several kinds of heating elements for choose, customized for your specific projects: Graphite, SS, Ni-Cr, Mo, MoLa, TZM, Tungsten… (4) Vacuum Carburizing Furnace – Reasonable hotzone design enable a high temperature uniformity; (5) Vacuum Carburizing Furnace – Friendly control system. The main difference between Oil Quenching and Gas Quenching: 1. Oil Carburizing – Total investment is lower; 2. Gas Carburizing – Small deformation on the parts after treatment; Do not need clean after treatment.
Product Description Relying on our expertise in this domain, we are into offering High-Temperature Vacuum Furnace. A High temperature vacuum furnace is a type of furnace in which the product in the furnace is surrounded by a vacuum during processing. 3 chamber Vacuum furnaces are used to carry out processes such as annealing, brazing, sintering and heat treatment with high consistency and low contamination. Vacuum furnaces are used in a wide range of applications in both production industries and research laboratories. The absence of air or other gases prevents oxidation, heat loss from the product through convection, and removes a source of contamination. This enables the furnace to heat materials (typically metals and ceramics) to temperatures as high as 3,000 �°C (5,432 �°F) with select materials. Features: Consistency performance User-friendly design Easy and accurate clamping
-1400°c, 1500°c or 1600°c maximum operating temperature -carbolite gero 301 controller, with single ramp to set-point & process timer -3, 8, 15 or 35 litre chamber volumes -soft closing parallel action door (3 & 8 litre models only) -silicon carbide heating elements provide long life and are able to withstand the stresses of intermittent operation -rhf 3 & 8 litre have a cast alumina hearth; rhf 15 & 35 have silicon carbide hearth -low thermal mass insulation for high energy efficiency
Main Specifications: Inside Chamber Size 200 x 200 x 200 mm (8"x8"x8", 8 Liter) Standard Working Temperature 1500oC ( continuous ) Maximum Working Temperature 1600oC ( < 3 hrs) Furnace Atmosphere Nitrogen, Argon and other inert gases Temperature Control 30 steps programmable and PID automatic control Heating Rate 0~ 10.C/ min (suggestion: =< 10.C ) Temperature Accuracy +/- 1 .C Furnace structure double shell with fan cooling Heating Element MoSi2 heating elements Thermocouple B type Working Voltage AC 380V Three Phases 60/50 Hz (or according to your requirement) Max. Power 10KW Outside Size 550 x 540 x 820 mm Net Weight 230 Kg Plastic paper inside, Polyfoam filled, Wooden box outside.
Analytical Chemistry: A muffle furnace can be used for sample pretreatment in analytical chemistry, such as ashing, combustion, and thermal decomposition of inorganic substances. They can also be used for the pyrolysis, dissolution, and removal of organic substances. Coal quality analysis: used for measuring moisture, ash content, volatile matter content, ash melting point analysis, ash composition analysis, elemental analysis, and can also be used as a universal ashing furnace. Ore smelting: In metallurgy and ore processing, muffle furnaces are used for sintering, reduction, and smelting of ores. They can provide a high-temperature environment to melt or undergo chemical reactions in the ore. Ceramic technology: In ceramic manufacturing, muffle furnaces are widely used for sintering ceramic products, such as ceramic billets, ceramic coatings, and ceramic fibers.
1200c muffle furnace is a ce certified high temperature furnace using high quality ceramic fiber board and resistance wire heating elements. The temperature of 1200c muffle furnace is controlled by high precision controller with accuracy +/-0.5 c and 51 segments programmable up to 1200c. This type of furnace is widely used for materials or chemical lab to sinter all types of new materials samples. It is an ideal box furnace for sintering high purity ceramic material at high temperature without element contamination. Muffle furnace features: 1) three sides resistance wire coil for fast and uniform heating serve as heating element 2) maximum energy efficiency is achieved by surrounding the chamber with thermal-efficient high purity alumina fiber ceramic insulation. 3) double layer steel case with air cooling to ensure low surface temperature 4) design of sliding down door is for loading materials easily 5) furnace chamber: 250x320x450mm 6) built in precision digital temperature controller is 51 segments programmable to control heating rate, cooling rate and dwell time. Temperature control unit can be separated from furnace, and make moving at easy. 7) the furnace temperature is controlled by precision scr (silicon controlled rectifier) digital controller with accuracy +/-1c and 51 segments programmable up to 1200c Muffle furnace applications 1. Gravimetric analysis 2. Sintering 3. Quantitative analysis 4. Heat treating 5. Glass preparation Chamber size 100x100x100mm(4"x4"x4") 150x150x150mm (6"x6"x6") 150x150x200mm (6"x6"x8") 200x200x200mm (8"x8"x8") 200x200x300mm (8"x8"x12") 250x250x300mm (10"x10"x12") 300x300x400mm (12"x12"x16") 350x350x400mm (14"x14"x16") 400x400x400mm (16"x16"x16") 500x500x500mm (20"x20"x20")
Automatic carburizing furnace is mainly used for carburizing of tungsten powder, reduction of metal powders, sintering of tungsten copper alloy and sintering of tungsten and moly heavy alloy.
Adopting unique production technology, Focus- 6300 buytl tapes are mainly made of butyl rubber supplemented by other auxiliaries and fillers, with the superior high polymer materials. With its strong adhesion property and air-tight property, our waterproof sealing butyl tapes are environmental and solvent-free. Main Specification (Customized demand sare acceptable.) 6mm*8m 8mm*6m 10mm*4.57m Main Color - black Technical Data Product Series FOCUS-6300 Series Application Automotive Industry Elongation 500% Heat Resistance 90, no flowing within 2h Low Temperature Flexibility 40, no crack on surface within 24h Peel Strength 23N/cm Tensile Strength 230KPa Anti UV non-hardening and no cracks within in 2000h Corrosivity Non-corrosive to galvanized sheet, aluminum sheet and coppersheet. Advantages Strong adhesion, high tensile strength, excellent elasticity and extensibility. It can fully accommodate to the surface that it attached to Excellent performance in non-corrosive, weather resistance and adaptation. Applications Provide waterproof protection to car doors waterproof membrane. Provide waterproof and sealing protection to the battery of new energy automobile. Other waterproof applications on cars and new energy cars
Horizontal vacuum carburizing furnace is applied for the carburizing and quenching after carburzing of materials like structure steel (20CrMnTi, 12Cr2Ni4A, 12Cr2Ni3A), high alloy carburizing steel, stainless steel (1Cr13, etc), quenching of tool steel and die steel, quenching and annealing of gear parts, precision bearing, glib pump mechanical parts, precision machine parts.
