Showing 1–12 of 16 results
Immersion Thermocouple
Product Overview: Immersion Thermocouple
Our immersion thermocouple is a precise, single-use probe designed specifically for measuring the temperature of molten metals in the steelmaking industry. Using platinum-rhodium alloys (types R, S, and B) based on the Seebeck principle, it delivers an accuracy of ±1 degree Celsius and a response time of less than 6 seconds.
Key Features:
High Temperature Range: Measures up to 1760 degrees Celsius (types R/S) and 1820 degrees Celsius (type B).
Guaranteed Quality: Manufactured under the ISO 9001:2015 quality management system and in compliance with IEC 60584 and ASTM E230 standards.
High Flexibility: Features an adjustable cardboard tube length (250 to 1700 mm) and protective caps specific to each type of melt (steel, cast iron, copper, and brass).
Versatile Models: Available in three types: standard, anti-splash (with a sand-based refractory coating), and multi-use, to suit the type and size of the furnace and ladle.
This thermocouple is easily compatible with manual and automatic lances and ensures data accuracy under the most demanding operating conditions.
📥 To view the complete technical specifications and model comparison, download the product data sheet (Datasheet).
Steel Sampler
Product Overview: Steel Sampler
The Steel Sampler is a single-use, high-temperature probe engineered for precision sampling of molten steel, producing disk and pin-type specimens optimized for spark optical emission spectrometry (OES). Designed to comply with ISO 14284, this sampler enables accurate, contamination-free elemental analysis of carbon, sulfur, manganese, phosphorus, silicon, and other critical alloy constituents.
Key Features:
Precision Analysis: Produces high-quality disk and pin specimens for reliable OES analysis, ensuring accurate determination of elemental composition.
Standards Compliant: Manufactured in strict accordance with ISO 14284 for representative sampling and contamination-free results.
Versatile Formats: Available in Round, Oval, and Double-Thickness cartridge designs with multiple filling mechanisms (suction, gravity, pressure-assisted) to suit diverse melt conditions.
Application-Specific Variants: Offered in Classic, Low Carbon, and Ultra-Low Carbon versions, with customizable deoxidizer and additive packages to match specific analytical protocols.
Quality Assured: Produced from high-grade refractory materials with ISO 9001:2015-certified inspection for dimensional consistency and thermal reliability.
Ideal for primary steelmaking, secondary metallurgy, and casting operations, this sampler enhances operator safety, process efficiency, and analytical accuracy.
📥 Download the Full Datasheet for detailed specifications, cartridge options, and sampling procedure guidelines.
Foundry Sampler for Ferrous and Non-Ferrous Metals
Product Overview: Cast Iron Sampler
The Cast Iron Sampler is a high-performance, optimized sampling solution engineered as an efficient replacement for traditional methods such as spoon sampling in Optical Emission Spectrometry (OES). Specifically designed to prevent free graphite formation and eliminate contamination, this sampler establishes ideal conditions for accurate, repeatable measurement of key elements—including Carbon (C), Silicon (Si), and Sulfur (S)—across a wide range of ferrous and non-ferrous metals.
Key Features:
Superior Sample Quality: Prevents free graphite and contamination, ensuring precise OES analysis of cast irons, ductile iron, pig iron, copper, brass, and similar alloys.
Standards Compliant: Manufactured in disc-type formats with thicknesses from 4 to 12 mm, conforming to ISO 14284 standards for representative sampling.
Quality Assured: Produced using high-grade raw materials and advanced production technologies, backed by a rigorous ISO-certified quality control system for consistent sample reliability and uniformity.
Operational Efficiency: Enables faster analysis, significantly reduces the need for re-sampling, and enhances compliance with international standards in both industrial and research laboratory settings.
Convenient Handling: Supplied in standard paper tubes for easy, safe, and practical use.
This sampler is the trusted choice for foundries and laboratories demanding precision, speed, and uncompromising analytical accuracy.
📥 Download the Full Datasheet for detailed specifications, thickness options, and sampling procedure guidelines.
Carbon Cup
Product Overview: Thermal Analysis Cup
The Thermal Analysis Cup is a high-quality, disposable sampler cup engineered for precision thermal analysis of molten iron. Featuring a robust, sintered-sand shell with a permanently embedded, precision-calibrated thermocouple, this single-use cup delivers highly accurate and consistent thermal response for reliable metallurgical assessment on the foundry floor.
Key Features:
Superior Thermal Performance: Robust sintered-sand shell ensures exceptional thermal resistance and mechanical integrity during handling and sampling.
Integrated Precision Sensor: Permanently embedded, precision-calibrated thermocouple guarantees accurate and repeatable thermal response with every use.
Contamination-Free Design: Single-use construction prevents cross-contamination between samples, eliminating a critical source of metallurgical error and ensuring measurement integrity.
Real-Time Analysis: Captures a representative sample and generates a precise cooling curve for use with a compatible thermal analyzer.
Actionable Results: Enables accurate, real-time calculation of Carbon Equivalent (CEL), Carbon Content (%C), and Silicon Content (%Si) directly on the foundry floor.
This cup is the essential tool for foundries seeking rapid, reliable, and contamination-free thermal analysis to optimize casting quality and process control.
📥 Download the Full Datasheet for detailed specifications, thermocouple types, and compatibility guidelines.
Portable Thermometer ( DPT)
Product Overview: Portable Thermometer
The Portable Thermometer is an advanced, reliable handheld instrument engineered for precise temperature measurement in the most demanding industrial environments, including foundries and smelting plants. Designed to measure molten metals—from steel to non-ferrous alloys—across a wide range of 500 to 1800°C, this robust device delivers accurate, stable, and repeatable results in just seconds.
Key Features:
Wide Compatibility: Fully compatible with standard immersion thermocouples Types B, S, R, and K, complying with IEC 60584-1 standards.
Smart Measurement Technology: Advanced digital signal processing automatically detects the thermal equilibrium point and filters transient fluctuations, ensuring reliable readings every time.
User-Friendly Interface: Features a high-brightness, 4-digit, 7-segment display with "Final Result Capture & Hold" function for clear readability, even in low-light conditions.
Integrated Alerts: Audio-visual alarm system instantly notifies operators of device status, correct sensor connection, and measurement completion.
Long-Lasting Power: Powered by a rechargeable lithium-ion battery with level indicator and low-battery warning, supporting continuous use throughout entire work shifts.
Supplied with an ergonomic and durable lance, this thermometer ensures safe, efficient, and dependable operation in challenging industrial settings.
📥 Download the Full Datasheet for comprehensive technical specifications, operating instructions, and accessory details.
Wall-mount Thermometer ( DST)
Product Overview: Stationary Thermometer
The Stationary Thermometer is a state-of-the-art, precision instrument engineered for molten metal temperature measurement in demanding industrial environments. Offering unmatched versatility, it supports both wired and wireless lances, providing optimal flexibility to suit a wide range of operating conditions and plant configurations.
Key Features:
Versatile Compatibility: Measures temperature using Type R or S thermocouples as standard, with Type B and K available upon request to accommodate diverse metallurgical processes.
Advanced Measurement Technology: Microprocessor-based with intelligent averaging and plateau detection algorithms, delivering exceptional accuracy and repeatability.
Data Management & Traceability: Equipped with recording memory that stores time-stamped historical data and values, ensuring full traceability for quality and process control.
Seamless Integration: Direct PLC communication and Ethernet connectivity to any Windows-based PC enable real-time parameter adjustments, settings customization, and instant access to measurement traces.
This system is the ultimate solution for foundries and steel plants seeking to enhance accuracy, operational efficiency, and process safety.
📥 Download the Full Datasheet for detailed technical specifications, connectivity options, and system integration guidelines.
DCAL
Product Overview: DCAL Calibration Verifier
The DCAL is a dedicated calibration verification instrument designed for standard thermocouple-based thermometers and their associated accessories, including compensation cables, contact blocks, and connectors. Specifically engineered for Type R and S thermocouples in compliance with IEC 60584 and ITS-90, this compact unit generates stable, ambient temperature-independent simulated outputs at two fixed reference points: 1400°C and 1600°C (customizable options available upon request).
Key Features:
Precision Simulation: Utilizes advanced cold-junction compensation to deliver accurate, drift-free simulated outputs, unaffected by ambient temperature changes.
User-Friendly Operation: Features a reset button for rapid measurement initiation and a configurable output hold timer (up to 30 seconds) for efficient, repeatable testing.
Rugged & Portable: Housed in an impact-proof aluminum enclosure with a display-free design for durability; powered by an integrated 9V rechargeable battery with low-level alarm indicator.
Complete Package: Supplied with a battery charger and a high-quality carrying case for convenient transport and storage.
The DCAL is the essential tool for ensuring measurement accuracy and process reliability through quick, on-site verification of your temperature measurement systems.
📥 Download the Full Datasheet for detailed specifications, operating procedures, and customization options.
Large Numerical Display Unit
Product Overview: Large Numerical Display Unit
The Large Numerical Display Unit is a high-visibility monitoring solution engineered for real-time process feedback in molten metal environments. Designed to interface directly with DKK temperature and oxygen analyzers (DST-02, DST-03, DTO2) via RS232/RS485 serial communication, it converts live data into oversized LED readouts that are clearly visible from over 200 meters away.
Key Features:
Exceptional Visibility: Features four large 7-segment LED modules (110 × 180 mm) housed in a rugged enclosure (520 × 350 × 130 mm), ensuring clear readability from a distance.
Rugged Construction: Built to withstand harsh industrial conditions with a durable, heavy-duty design (10 kg) for long-term reliability on the plant floor.
Safety Integration: Supports alarm integration with traffic lights and sirens, enhancing operational safety by providing immediate visual and audible alerts.
Seamless Connectivity: Direct interface with DKK analyzers via RS232/RS485 serial communication for plug-and-play setup and real-time data transmission.
Standards Compliant: Manufactured in compliance with IEC standards for electrical safety, EMI resilience, and fieldbus protocols.
Powered by a standard 220V AC supply, this unit delivers instant, clear process feedback to improve operator awareness and plant efficiency.
📥 Download the Full Datasheet for detailed specifications, mounting options, and integration instructions.
Immersion Lance
Product Overview: Immersion Lance
The immersion lance is a professional engineered tool designed specifically for accurate temperature and oxygen measurement in molten metal environments, with specialized application in the steelmaking and foundry industries. By creating a robust mechanical and electrical interface between immersion probes and measuring systems, this lance ensures high process reliability in every immersion cycle.
Key Features:
Precision Construction: Features a steel tube of selectable length, equipped with a contact block at one end and an ergonomic handle at the other for operator comfort and control.
Stable Signal Transmission: Internal compensating cables with fiberglass insulation or a metal sheath ensure noise-free, stable signal transmission even under harsh conditions.
Compatibility with Various Probes: Supports specialized temperature probes and combination probes for simultaneous oxygen and temperature measurement, for maximum operational flexibility.
Customizable Configuration: Available with various bend angles, cable types, and immersion depths to suit the furnace layout and process requirements.
Engineered for durability and repeatable performance, this lance is a reliable tool for accurate melt analysis in the most demanding industrial environments.
📥 To get the complete technical specifications, configuration options, and maintenance instructions, download the product data sheet (Datasheet).
Contact Block
Product Overview: Connection Blocks (Contact Blocks)
Our connection blocks serve as the primary interface between immersion probes and measuring lances, providing a secure and stable connection in molten metal environments. Withstanding extremely high temperatures and harsh operating conditions, these products deliver flawless performance in electric arc furnaces (EAF), basic oxygen furnaces (BOF), induction furnaces (IF), ladle metallurgy furnaces (LMF), and casting areas.
Key Features:
High Flexibility: Available in manual and automatic types, supporting 2-wire thermocouple probes and 4-wire oxygen probes.
Precise Wiring: Internal wiring fully matched to type R, S, and B thermocouples, in compliance with IEC 60584-1.
Robust Construction: Modular and sturdy design for long-lasting durability against thermal cycling and mechanical stress.
Operational Stability: Maintains signal integrity for accurate and repeatable temperature and oxygen measurement in sensitive steelmaking processes.
Using these blocks improves the connection to lance systems, reduces downtime, and ensures stable data transmission.
📥 To get the detailed technical drawings, wiring schematics, and compatibility guide, download the product data sheet (Datasheet).
Contact Block Holder
Product Overview: Contact Block Holder
The contact block holder is a high-precision engineered mounting solution designed to stabilize the critical connection between single-use thermocouples, contact blocks, and measuring lances in molten metal environments. With a rugged structure built to meet the demanding conditions of the steel plant floor, it ensures mechanical stability, electrical reliability, and operational efficiency in every measurement cycle.
Key Features:
Sturdy Construction: Made of corrosion-resistant materials to withstand high thermal and mechanical stress, even in oxidizing atmospheres.
Complete Integration: Designed for seamless compatibility with single-use thermocouples and standard contact blocks, ensuring stable signal transmission.
Practical Design: Features modular parts for easy replacement and an alignment guide for secure, hassle-free connections.
Dimensional Flexibility: Available in various sizes to match lance diameters, for quick probe replacement and safe handling.
This holder is an essential tool for steelmaking and foundry operations, minimizing downtime and maximizing the accuracy of every temperature measurement.
📥 To get the complete technical specifications, dimensional drawings, and compatibility information, download the product data sheet (Datasheet).
Compensation Cables
Product Overview: Compensating Cable
Our compensating cable is a specialized and cost-effective solution for transmitting thermocouple signals over long distances in industrial temperature measurement applications. Using alternative alloys that closely replicate the thermoelectric behavior of thermocouple wire, it maintains signal integrity between the sensor and the measuring instrument and ensures accurate, reliable readings even in harsh environments such as furnaces, pipelines, and distributed control systems.
Key Features:
Signal Integrity Preservation: High-accuracy signal transmission through a precise match to the thermoelectric characteristics of type R, S, and B thermocouples.
Construction Versatility: Available with stranded or solid conductors, in single-pair and multi-pair types to meet different installation requirements.
Robust Insulation: Choose from silicone, fiberglass, or mineral-sheathed insulation for optimal performance at high temperatures and in corrosive environments.
Standard Quality: Manufactured in accordance with DIN IEC 60584 standards to ensure global compatibility and reliability.
This cable is the reliable backbone of every temperature measurement loop, minimizing drift and improving measurement repeatability throughout the plant.
📥 To get the complete technical specifications, cable construction details, and installation instructions, download the product data sheet (Datasheet).