Furnaces Dealers in Noida

JLS India is a leading Indian manufacturer of muffle furnaces for laboratory use with temperature range 800°C to 1800°C. As required, we provide both readymade (ready stock) and customized muffle furnace systems to our customers worldwide. These laboratory muffle furnace and Tube furnace units are utilized in general purpose heating in laboratories, ashing tests on wool, rubber, fibers or fabrics, heat treatment requirements for gears and various research facilities in chemistry and physics.   Salient Features   Sturdy construction for long term use Compact in design and space saving Safe and trouble free performance Microprocessor PID controller Over temperature and short circuit breaker Ventilation or chimney at the back Uniform heating inside chamber   Temperature Range:   Noida Machine Tools meet unique needs of every application, our muffle furnaces, Tube Furnace or box furnaces are available in temperature range from 800°C to 1400°C (800°C, 1100°C, 1200°C and 1400°C), in addition, we also design and manufacture high temperature muffle furnace up to 1800°C (1500°C, 1600°C, 1700°C, and 1800°C).   Safety Features:   These systems are microprocessor controlled programmable muffle furnaces that offer easy and safe operation even at high temperature. These systems are designed with your safety in mind. Multi-layered insulation keeps external surfaces (cabinet) cool to the touch. Door safety switch (optional accessory) stops power to heating elements when door is opened.  

Electrically Heated Tilting type Rotary Retort Furnace can be used for Hardening and Tempering of various items such as Screws, Nuts, Chain Links, Springs, Bearing Races, Needles, Balls etc.

• Automation Grade: Automatic
• Melting Material: Iron,Copper and aluminium
• Max OperatingTemperature: 1100 Degree Celcious
• Input Voltage (V): 400 Volt
• Power Source: Electric,Gas. Oil

Lead to be manufactured from Mini Blast Furnace is usually obtained from scrapped batteries. They are cut open or broken to segregate lead scrap, plastic and other materials from it. Lead scrap in the form of lead powder and plates etc. is charged inthe furnace along with a proportionate charge of wooden coke. Thereafter the furnace is manually fired with the help of rags.FD Fan provides the necessary air required for combustion from the back of the furnace. Coke in the oven performs thefunctions of both, the fuel as well as a reducing agent for obtaining lead from its oxides charged in the form of lead plates & Powder.Temperature of the furnace is maintained at the desired level for approximately 30 minutes, after which molten lead along with slag flows out from the bottom of the oven into the outlet pit. Here slag is separated and molten lead is poured into IngotMoulds. To maintain this, continuous charge of raw material and coke is maintained in the furnace.This process leads to generation of flue gases which are toxic in nature and need appropriate and adequate Air PollutionControl System for their treatment.

• Application: Industrial
• Weight: 2 to 35 Tons
• Voltage: 220V / 380V
• Power: 400 kW
• Maximum Temperature: 1150 deg C

Lead to be manufactured from Rotary Furnace can be obtained directly from scrapped batteries or as slag from Mini Blast Furnaces In case of former batteries are cut open or broken to segregate lead scrap, plastic and other materials from them;lead scrap in the form of lead powder plates etc. is charged in the furnace along with a proportionate charge of additives. InThe case of latter, slag produced from Mini Blast Furnaces is charged into the Rotary Furnace, again with proportionate additives.

• Automation Grade: Semi-Automatic
• Melting Material: Iron
• Material Loading Capacity: 500-1500 kg
• Power Source: Electric
• Type Of Furnace: Tilt
• Max Temperature: 500-1000 degree Celsius

• Voltage: 220 v to 420 v
• Application: Industrial
• Material Loading Capacity: 500-1500 kg, 0-500 kg
• Max Temperature (degree Celsius): 0-500, 500-1000
• Power (KW): 200 kw
• Product type: Furnance

Diffusion furnaces are designed for optimum temperature accuracy and stability. Enclosed in a unitized, rugged and thermally insulated cabinet structure, up to 4 heating elements are packaged for easy maintenance and extended service life.   Furnace Cabinet:   Unitized structural steel assembly Hinged, locking and removable element access doors Thermally insulated enclosure paneling High temperature Urethane coating Easy-to-adjust element alignment supports Cabinet overtemperature interlock sensor Leveling pads and optional seismic brackets   Toxic Gas Scavenger:   Stainless steel construction Vents gases and heat from process tube or chamber Indepently adjustable exhaust draw per tube-level Cantilever closure or manual door sealing per tube-level LPCVD flange and gas line fitting mounting scheme Differential pressure gauge to monitor exhaust draw   Air-to-water Heat Exchanger:   Used to vent heated air from furnace cabinet top HVAC control of furnace room Water-cooled, high efficiency radiator Air baffle paneling to direct air flow through cabinet Exhaust fan module for air exhaust draw   Power Distribution:   Located within base of furnace cabinet Encloses transformers, terminals and wire bussing Encloses temperature controls and contactors/breakers Easy accessibility to components Pull down panels for easy access to control modules EMO safety controls Reduncant overtemperature interlock per element zone   Element Kits:   Elements         Low temperature range element 350 to 900oC             Mid temperature range element 600 to 1200oC         High temperature range element 600 to 1350oC          +/- 0.5oC tolerance 600 to 1350oC range         +/- 1.0oC tolerance 350 to 600oC range             Vacuum formed high purity alumina insulation         Stainless steel shroud         Helical windings with captive spacing Control and overtemperature TC spikes per zone TC wire channel TC holding and alignment clips Energy Kits         High purity alumina vestibule blocks         NEXTEL soft collars         Stainless steel capture rings, plates and collars                      Power Controls:   High efficiency digital SSR/SCR firing circuitry Power control and circuit protection with EMO NEC-grade wiring Easy accessibility to components Main and control power disconnect contactors Individual element power contactors and resets Illuminated power indicators Redundant overtemperature interlocks 208, 380, 415, 480VAC main power, 50 or 60Hz

• Control Panel: Mains, Load Indicator , Digital Controller & Mains Indicator
• Temperature Ranges: Ambient to 1000°C ,1200
• Temperature Stability: ± 2°C or better
• Duty Cycle: Continuous Insulation : High Ceramic Blanket & Board Insulation Material : CRC / MS Sheet duly powder coated Interior : Ceramic Board & grooved Refractory Chamber as per Temp. Requirement
• Power Consumption: 220/230 AC 50Hz & 440V 3 Phase as customer size requirement
• Optional: RS 232

Bell Furnace, thyristor operated control panel

Furnaces, Hot Runner Mold Heater, Infrared Heater Elements

Ladle Refining Furnace, Transfer Presses - Straight Sided Presses

industrial kilns, Industrial Ovens

laminar flow cabinets, programmable furnace

Sintering Furnace, Industrial furnaces

Hydraulic Trolley, Surface Winding Slitting Machines, coil binding machine

heat treatment furnace, Gas Drying Systems, Industrial Gas Analysers

Vacuum Furnace, edm electrodes, Graphite Products, Continuous Casting Dies

Furnace

Melting Furnaces, Annealing Furnaces, heat processing equipment

furnaces parts, plastic auto parts die moulds, Plastic Moulds

Furnace

electric kilns, Electric Ovens

Furnaces

Electric Induction Furnace, Steel Making Process

induction remelting furnaces, 3d laser scanning microscope