I MIX-4200 digital vortex mixer is one of the most advanced vortex mixers for laboratory testing. The powerful motor offers speeds of up to 4200 rpm, adjustable anywhere between 300 rpm and 4200 rpm according to your testing needs. It comes with a broad range of accessories and has a dual digital display that precisely shows the time and speed.
One of the most unique features of this model is the built-in counterbalance mechanism that ensures stable rotation. So, one can expect to obtain better results with the I Mix 4200 compared to other vortex mixers. Made for vigorous testing, this vortex mixer comes with a brushless DC motor that offers long-term maintenance-free performance and continuous testing anywhere between 1 to 999 minutes.
ILAB is currently one of the best vortex mixer manufacturers in the industry. So, for world-class laboratory equipment and vortex mixers, make sure you contact us choose from our wide range of products.
Rotating Speed 300 TO 4200 RPM
Time 1 to 999 minutes and infinite
Increment/decrement 10 rpm
Pulse mode Adjustable
Operation Mode Touch/Continuous
Orbital Diameter 4mm
Max.load capacity 500g
Protection Class IP21
Rated Voltage 24v 1.5 amp
Rated Power 20W
Frequency 50/60Hz
Ambient temperature 5 to 40° C
Maximum Humidity 80%
Net Weight 2.7 Kg( approx.)
Product Size (LxWXH) 150x130x115 mm
BS 476 Part 4 Non-Combustibility Test Apparatus
Manufacturer: KDM Global | Fire Resistance Test Equipment for Construction & Railway Materials
The BS 476 Part 4 Non-Combustibility Test Apparatus is a highly reliable and precise testing system used to determine whether a building or railway material is non-combustible under standardized conditions. This test plays a critical role in classifying construction and insulation materials, especially those used in fire-sensitive environments like railway coaches, metro infrastructure, high-rise buildings, and tunnels.
KDM Globals apparatus is built for compliance with BS 476 Part 4 and aligned with EN 13501-1 guidelines, ensuring you meet fire safety regulatory requirements during product development and quality control.
Key Features:
Conforms to BS 476 Part 4 Standard
High-temperature vertical tube furnace (up to 1000°C)
Precisely calibrated Type K thermocouples
Digital data acquisition system for accurate temperature logging
Supports three control + one test sample as per the standard
Corrosion-resistant stainless steel construction
Compact, bench-top design for easy laboratory installation
Test Principle:
The BS 476-4 test determines the combustibility of a material by placing it inside a vertical tube furnace maintained at a set temperature (typically 750850°C). The temperature change caused by the test sample, and any visible flaming, smoke, or structural degradation, is measured and compared with inert reference materials. This test is essential for ensuring materials do not contribute to the spread of fire.
Applications:
Fire-retardant insulation and thermal barriers
ISO 5658-2 Lateral Spread of Flame Test Apparatus
Manufacturer: KDM Global | Flame Spread Tester for Railway & Building Material Testing
The ISO 5658-2 Lateral Spread of Flame Test Apparatus is a specialized fire testing equipment designed to evaluate the flame spread of vertically mounted materials exposed to a heat source. This test plays a crucial role in assessing materials used in railway interiors, public transportation, construction, and marine applications, especially under the EN 45545-2 standard for railway fire safety.
KDM Globals robust, precision-engineered apparatus ensures reliable, reproducible, and standard-compliant results, making it a preferred choice for fire testing laboratories, R&D centers, and railway component manufacturers.
Key Features:
Fully compliant with ISO 5658-2 and EN 45545-2
Advanced radiant heat panel with precise heat flux control
Calibrated pilot flame ignition system
High-accuracy digital timer and thermocouples
Stainless steel specimen holder and test chamber
Flame spread measurement with clear calibrated ruler
Integrated data recording (manual or automated, optional)
Test Principle:
In the ISO 5658 test, the specimen is mounted vertically at an angle beside a radiant heat panel. A pilot flame ignites the heated material, and the test measures how far and how fast the flame spreads laterally across the sample. This simulates real-life fire exposure in compartments such as train coaches, aircraft cabins, or ship interiors.
Applications:
Railway interior wall, floor, and ceiling materials
Composite panels and decorative laminates
High-pressure laminates (HPL) and thermoplastics
Automotive and aerospace components
Building cladding and insulation material testing
Technical Specifications:
Standard: ISO 5658-2, EN 45545-2
Radiant Heat Flux: Adjustable up to 50 kW/m²
Sample Size: 800 mm 155 mm
Ignition Source: Pilot flame (adjustable)
Measurement Tools: Flame spread ruler and digital timer
Data Recording: Manual log or digital logging system (optional)
BS 476 Part 7 Surface Spread of Flame Test Apparatus
Manufacturer: KDM Global | Flame Spread Testing Equipment for Building & Railway Applications
The BS 476 Part 7 Surface Spread of Flame Test Apparatus is a precision-built fire testing machine designed to evaluate the surface flame spread characteristics of materials. It is widely used to classify wall and ceiling linings in both construction and railway sectors, as per the British Standard BS 476 Part 7.
KDM Global s apparatus delivers consistent results and complies fully with international testing norms. It is ideal for fire testing laboratories, building material manufacturers, railway component suppliers, and quality control units.
Key Features:
Fully compliant with BS 476 Part 7
High-grade stainless steel chamber with heat-resistant construction
Angle-adjustable burner with precise flame control
Clear observation window for monitoring flame behavior
Integrated measuring scale to track flame spread
Digital timer to control exposure and duration
Test Overview:
The specimen is mounted vertically inside the chamber, and a controlled flame is applied to the surface. The apparatus measures the distance and speed of flame spread, classifying the material from Class 1 (best) to Class 4 (worst). This helps evaluate the fire performance of interior components.
Applications:
Interior wall and ceiling materials
Railway coach interior panels (EN 45545 compliance support)
Laminates, plastic sheeting, plywood, and cladding
Research & development labs and certification bodies
Technical Specifications:
Standard: BS 476 Part 7
Sample Size: 885 mm x 165 mm
Burner: Adjustable propane burner
Gas Control: Flow meter and pressure regulator
Measurement Scale: 0 900 mm
Viewing Window: Dual-glass for visual monitoring
Timer: Digital timer for test cycles
Power Supply: 230V AC, 50 Hz
Why Choose KDM Global?
Trusted Indian manufacturer of fire testing machines
Supports fire safety evaluations for railway interior materials
Custom build options, spare parts & AMCs available
Available for global shipping with CE certification (optional)
Complete testing solutions including BS 476 Part 6 & ISO 5660
Related Products:
BS 476 Part 6 Fire Propagation Test Apparatus
BS 476 Part 6 Fire Propagation Test Apparatus
Manufacturer: KDM Global | Fire Resistance Testing Equipment for Building & Railway Materials
The BS 476 Part 6 Fire Propagation Test Apparatus is a specialized laboratory instrument designed to assess the fire propagation characteristics of construction and composite materials, as per British Standard BS 476 Part 6. This test method plays a crucial role in determining the fire performance of wall panels, ceiling linings, insulation materials, and is widely used for building material classification in the UK and international markets.
KDM Global offers a high-precision, easy-to-operate, and fully compliant BS 476 Part 6 test system making it ideal for test laboratories, R&D centers, regulatory agencies, and building product manufacturers.
Key Features:
Standard-Compliant Setup Fully meets BS 476 Part 6 fire propagation test procedure
Triple Flame Burners Main, pilot, and auxiliary burners simulate realistic fire exposure
Specimen Support Frame Heat-resistant tray to hold test samples securely
Advanced Temperature Monitoring Thermocouples and digital indicators for accurate data
Solid Construction Insulated combustion chamber for safe and consistent testing
Flow Meter & Pressure Gauge For precise control of gas flow and pressure during test
Modular Design Easy maintenance, replacement, and calibration
Test Overview:
In the BS 476 Part 6 test, the material sample is exposed to a triangular arrangement of flames and heated for a defined time. The temperature rise in the chamber is recorded, and the fire propagation index (I value) is calculated from temperature increments. Lower values indicate better fire resistance.
ISO 5659 Smoke Density Test Apparatus Smoke Generation Chamber
Manufacturer: KDM Global | Fire Testing Equipment for Railway & Polymer Industries
This instrument is compliant with ISO 5659-2, a globally recognized standard for evaluating smoke production during material burning, and is essential for meeting EN 45545-2 requirements for railway interior materials.
Key Features:
Standard-Compliant Test Chamber: Stainless steel smoke chamber with inner coating to resist heat and corrosion
NCD 1409 Toxicity Test Apparatus Railway-Grade Smoke Toxicity Testing Machine
Product Name: NCD 1409 Toxicity Test Apparatus
Manufacturer: KDM Global | Fire & Railway Testing Equipment Manufacturer
Category: Railway Fire Testing Equipment
Standard Compliance: NCD 1409 (RDSO), EN 45545-2 (Toxicity Criteria)
Product Overview:
The NCD 1409 Toxicity Test Apparatus is a specialized instrument used to evaluate the toxic gas emissions from materials when exposed to fire or high temperatures. Designed specifically for the railway sector, this machine ensures compliance with Indian Railways' RDSO specification NCD 1409, making it essential for manufacturers, testing labs, and vendors involved in railway interior materials and components.
This apparatus measures toxic gas concentrations like CO, CO, HCl, HCN, NOx, and SO, which are critical for evaluating the passenger safety risks in fire incidents.
Key Features:
Standardized Combustion Chamber: Controlled burning of material samples under consistent heat exposure
Gas Sampling System: Extracts combustion gases for toxic gas analysis
Multi-Gas Detector / Analyzer: Real-time measurement of CO, CO, HCl, HCN, NO, NO, SO
Digital Display & Data Logging: Live concentration readings with exportable reports
Test Chamber Capacity: Suitable for multiple railway material sizes
User-Friendly Design: Easy sample mounting, cleaning, and calibration
Compliant with Indian Railway Safety Standards: As per RDSO and EN 45545-2 fire safety norms
Metro Rail & High-Speed Rail project material compliance
Pre-qualification and routine inspection testing
R&D for safer and low-toxicity materials
Why Choose KDM Globals Toxicity Test Apparatus
Compliant with NCD 1409 (RDSO) and EN 45545 fire safety standards
Designed specifically for railway material suppliers and test labs
Robust, reliable, and field-proven performance
Made in India with full service and calibration support
Easily upgradable to add Smoke Density or Cone Calorimeter modules
Competitive pricing and quick delivery across India
Technical Specifications:
Parameter Specification
Test Standard NCD 1409, EN 45545-2
Gases Measured CO, CO, HCl, HCN, NO, NO, SO
Sample Size 75 mm x 75 mm or as required
Data Output PPM levels, graphs, test reports
Combustion Source Electric or gas-based heating (as per standard)
Power Supply 230V, 50Hz
Control Panel Digital display + software interface
Calibration Support Provided with test gases and certificate
Contact Us for Quotation & Full Brochure:
KDM Global Fire Testing Equipment for Railway & Industry
UL 94 Horizontal and Vertical Flammability Tester KDM Global
Product Name: UL 94 Horizontal and Vertical Flammability Tester
Brand: KDM Global
Category: Flammability Testing Equipment
Standard Compliance: UL 94, ASTM D5025, ASTM D4986, IEC 60695-11-10
Product Overview
KDM Global offers a high-precision UL 94 Flammability Tester designed to determine the flammability of plastic materials used in appliances, electronic devices, and automotive components. The equipment performs both horizontal (HB) and vertical (V-0, V-1, V-2) flame tests in accordance with UL 94 fire safety standards.
Key Features
Dual testing mode: Horizontal and Vertical flame testing
Conforms to UL 94, IEC 60695, and ASTM D5025
Flame application time: 1 to 99.9 seconds (digital timer)
Transparent heat-resistant observation window
Adjustable burner angle (0° to 45°)
Precise after-flame and after-glow time measurement
Includes automatic gas shut-off system for enhanced safety
Technical Specifications
Parameter Specification
Test Standards UL 94 HB, V-0, V-1, V-2
Flame Height 20 mm (Adjustable)
Test Chamber Material Stainless Steel (Anti-corrosive)
Control Interface Digital Timer & Display
Power Supply 230V, 50Hz
Gas Source Required Methane / Propane
Burner Angle 0°, 20°, 45° (adjustable)
Sample Size As per UL 94 Standard
Applications
Electrical and Electronic Components
Automotive Interior Plastics
Appliance Housings and Enclosures
Plastic Parts in Consumer Goods
R&D Labs and Material Testing Facilities
Why Choose KDM Global?
ISO & CE Certified manufacturer
100% compliance with UL 94 and IEC 60695 standards
Trusted by leading R&D labs, quality control units, and OEMs
Customizable options for burner and test chamber
On-site installation & operator training available
This high-quality glass beaker is perfect for use in medical and biological laboratories. Made from durable borosilicate glass, it is built to last and provides reliable performance. With a capacity of 1000ml, it is ideal for use in a variety of applications. Featuring a sleek design and manufactured in India, this beaker is a top choice for those in need of a reliable and functional glassware product. Whether you are conducting research or carrying out experiments, this beaker is sure to meet your needs. Order yours today and enjoy the benefits of this top-quality glass beaker.
This high-quality glass beaker is perfect for use in medical and biological laboratories. Made from durable borosilicate glass, it is built to last and provides reliable performance. With a capacity of 2000ml, it is ideal for use in a variety of applications. Featuring a sleek design and manufactured in India, this beaker is a top choice for those in need of a reliable and functional glassware product. Whether you are conducting research or carrying out experiments, this beaker is sure to meet your needs. Order yours today and enjoy the benefits of this top-quality glass beaker.
TEMPO make COD digester outer cabinet made of mild steel duly coated. Double wall construction with insulation for minimum heat losses increases the efficiency of the system. An aluminium block with holes (dimension 40 mm dia x 80 mm depth) is used to hold COD tubes. The aluminium block is heated to maintain the temperature up to 180�°C.
Temperature range â?? Above ambient to 180�°C
Resolution â?? 1�°C
Supply â?? 230V, AC
Features :
Superior finish.
Long-lasting
Customized options
Exceptional quality
This apparatus is an ideal instrument to check the sealing integrity of the blister packs, strip packs, sachet and pouch packs etc. It is also used for checking leaks from capped bottles, induction sealed containers, sealed or crimped containers etc. The leak test apparatus in a stainless steel body with phenomenal compactness. The instrument is equipped with a long-lasting vacuum pump, which gives a higher level of vacuum in the shortest possible time. Die pressed polycarbonate vacuum desiccator sustain vacuum for a long time.
Application :
Drugs manufacture (Blisters and small sachets containing tablets)
Pain manufacturer
Food manufacture (Sugar, spices, granulates)
Mineral water bottle manufacturing
Features :
The very low noise level
Polycarbonate vacuum desiccator sustains vacuum for a long time.
Stainless steel 304 construction
Built-in vacuum and isolating valve.
Stable digital timer for auto stop
Vacuum level up to 550 mm of Hg
Audio alarm after completion of software.
TEMPO make soxhlet extraction heaters are designed to use in laboratories for solvent extraction under reflux. Typical applications are the determination of residual oil content in oil cake, assay of crude herbal drug sources etc.
Max surface temp 400C
Supply 230V, AC
Construction :
TEMPO make soxhlet extraction heaters is suitable to heat soxhlet flasks of 100-350 ml capacity. The heating element is attached to knitted fabric to provide flexible support to the bottom of the flask. Glass wool insulation fills the gap between the metal casing and the heater. In event of spillage, the solvent will either evaporate or escape through the draining hole below each element. The housing has two retort rods and a cross bar on which the extraction apparatus is fixed. The apparatus has an inbuild energy regulator which controls all the heaters. The heating elements have individual ON/OFF switch and pilot lamp to indicate working.
Controlling System :
Energy regulator and pilot lamp
Heating System :
The heating element is attached to knitted fabric to provide flexible support to the bottom of the flask. Glass wool insulation fills the gap between the metal casing & the heater.
TEMPO make a tray dryer are with the forced air circulation provided by means of motorized blower fitted on the oven for recirculation of air which ensures a homogeneous hot air mixture and an exact temperature profile.
Temperature range 50C to 200C
Temperature accuracy ±0.1C
Supply 440V, three phase
Controlling System :
Microprocessors based auto tune PID temperature controller with & dual display of set value & process value for precise control of temperature with PT 100 sensor is used for temperature.
Heating System :
SS tubular heating elements used on the side walls to maintain a uniform temperature condition inside the chamber.
Air Circulation :
The motorized blower fitted on the top side of the chamber develop unique airflow system which ensures maximum temperature distribution inside the temperature. The unique airflow assures that there is a quick recovery after the doors are opened.
TEMPO make fume hood is a type of local ventilation device that is designed to limit exposure to hazardous or toxic fumes, vapour's or dust. Air is drawn from lab space into the fume hood then dispersed via a pipe to the outside atmosphere. Basically, it protects the user from inhaling toxic gases.
Application :
Chemical lab
Food manufacturer
Drugs manufacturer company
Paint manufacturing company
Rubber industry
Polymer industry
Cement industry
Tempo make Laboratory Autoclave are suitable for Pharma & Biotech industries, Food research & Quality assurance labs, Agriculture research, Health care & Diagnostic labs, University, etc
Technical Data :
Temp. Range : 121 C to 125 C
Pressure Range : 15 to 22 PSI
Factory Set : 15 PSI at 121 C
Supply : 230 Volt, AC, Single Phase, 50Hz
TEMPO make laboratory autoclave are suitable for pharma & biotech industries, food research & quality assurance labs, agriculture research, healthcare & diagnostic labs, university, etc.
Temperature range 121 C to 125 C
Pressure range 15 to 22 PSI
Factory set 15 PSI at 121 C
Supply 230V, AC
Construction :
Vertical double walled design has a single chamber for steam & water. Lid, flange & bottom plate is also made of SS, all joints are argon welded.
Jointless silicon gasket. Heavy duty industrial flange heater. Lid fitting pressure gauge 0-30 PSI, safety spring loaded pressure valve, steam release valve. Safety high pressure release valve. Foot lifting arrangement is provided in 121C/D/E/F, a basket made of thick stainless steel (S.S.) rod wire mesh.
Technical Specification :
Semi automatic system for autoclave is supplied with microprocessor based digital temperature controller with an inbuilt timer.
Low water level cuts off the system with magnetic oat switch for heaterâ??s safety.
Fully automatic system for autoclave is supplied with microprocessor based digital temperature controller with an inbuilt timer.
Low water level cuts off the system with magnetic oat switch for heater's safety.
The cryo baths are designed for research work and are provided with the circulating pump to ensure uniform temperature.
TEMPO low temperature baths are designed for research work at the desired temperature with high accuracy. The temperature is controlled by microprocessor based PID controller with an accuracy of ±1C. The unit is provided with a circulation pump to ensure uniform temperature.
Low temperature bath offers a combination of contemporary design, advance microcontroller and a range of accessories to suit your specific laboratory or process application. High strength cabinet construction with stainless steel interior tanks withstand the most critical applications in demanding laboratory environments. The unit is mounted on castor wheels for ease of mobility.
Temperature range 0C to -20C
Temperature accuracy ±1C
Supply 230V, AC
The water baths are designed and manufactured to comply with the requirements of the various pharmaceutical and lab industries.
â??TEMPOâ?? serological water bath have SS interior and powder coated mild steel exterior. The temperature is controlled by means of a precision thermostat.
Temperature range 5 C above ambient to 60C
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