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General Items
FLUX OVEN – 50 KG – STAINLESS STEEL AZA1273
The AZA LAB Flux Oven (Model AZA1273) is a high-performance drying and heating oven engineered for precise, uniform thermal processing of flux materials in laboratory and industrial environments. Designed with a robust double-walled construction and high-efficiency insulation, the oven delivers excellent thermal stability, energy efficiency, and long-term durability.
With a temperature range of 50°C to 400°C, forced air circulation, and a digital PID temperature controller with auto-tune, the AZA1273 ensures accurate temperature control and even heat distribution throughout the chamber. It is ideally suited for demanding applications in ceramics, metallurgy, materials testing, and quality control laboratories.
Enhanced safety is ensured through over-temperature protection with an audible alarm, while the system is validation-ready and compatible with optional data logging and thermal mapping accessories.
Description
Key Features
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Digital Dual-Display PID Controller for precise temperature regulation
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Auto-Tune Function for optimal and stable thermal performance
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Forced Air Circulation System for fast and uniform drying
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Side-Mounted Air Heaters for even heat distribution
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Double-Walled Construction with high-efficiency insulation
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Over-Temperature Protection with audio alarm
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Optional Digital Soak Timer for controlled heating cycles
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Validation Ready – compatible with multi-point data loggers for thermal mapping
Applications
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Flux drying in ceramic and tile testing laboratories
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Metallurgical sample preparation
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Powder pre-heating and dehydration
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Controlled thermal processing in R&D and QA/QC labs
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | AZA1273 |
| Capacity | 50 kg |
| Inner Chamber | Mild Steel (MS) |
| Outer Chamber | CRC sheet, powder-coated finish |
| Insulation | 100 mm high-density glass wool |
| Heating Elements | 6 high-efficiency heaters |
| Temperature Range | 50°C to 400°C |
| Temperature Control | Digital PID controller with auto-tune |
| Control Accuracy | ±1°C |
| Heating Load | 3 kW, 15 A |
| Power Supply | 440 V AC, Three Phase |
| Forced Air Circulation | Yes |
| Inner Dimensions (W×D×H) | 480 × 500 × 480 mm |
| Outer Dimensions (W×D×H) | 680 × 670 × 920 mm |
| Weight | Approx. 105 kg |
Optional Accessories & Upgrades
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Blind multi-point data logger with PC software
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Digital soak timer module
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Validation kit for hot air / flux oven
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Enhanced over-temperature protection with audio alarm
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Calibration certificate for digital temperature controller
Why Choose AZA1273
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Uniform, stable heating for critical flux and powder applications
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High accuracy with PID-controlled temperature regulation
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Robust construction for continuous industrial and laboratory use
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Validation-ready design suitable for ISO, NABL, and QA environments
Related products
Abrasion Testing Machine for Glazed Tiles AZA1261
The AZA LAB Abrasion Testing Machine for Glazed Tiles (AZA1261) is a precision-engineered laboratory instrument designed for the accurate determination of abrasion resistance in glazed ceramic tiles. Fully compliant with BIS 13630-11 and EN ISO 10545-7, this machine is essential for evaluating tile durability and surface wear performance in accordance with international quality standards.
The AZA1261 simulates real-world foot traffic and surface wear conditions, enabling manufacturers, testing laboratories, and quality control departments to verify that glazed tiles maintain their appearance, texture, and integrity even under high-traffic usage.
DESICCATORS AZA1266
A desiccator is an essential laboratory container used for dry storage and protection of hygroscopic materials from atmospheric moisture. Our desiccators are designed to offer airtight sealing, durability, and resistance to chemical reactions.
Whether you're storing anhydrous chemicals, moisture-sensitive reagents, or conducting vacuum drying, our desiccators are built for consistent, high-performance usage.
ELECTRONIC WEIGHING BALANCE AZA1267
The AZA LAB Electronic Weighing Balance – Model AZA1267 is a high-precision laboratory instrument engineered for accurate and reliable mass measurement across a wide range of analytical and quality control applications. With a readability of 0.001 g (1 mg) and external calibration, this balance delivers consistent results where precision is critical.
Designed for durability and ease of use, the AZA1267 features a stainless-steel weighing pan, anti-shock protection, and a clear LED digital display, all housed in a compact and robust body. Its dual power supply (AC adapter with in-built rechargeable battery) ensures uninterrupted operation in both laboratory and field environments
MOR TESTING MACHINE AZA1265
High-Precision Flexural Strength Testing System for Ceramic Tiles
The AZA1265 MOR Testing Machine is a heavy-duty, high-accuracy testing system engineered to determine the Modulus of Rupture (MOR) of ceramic tiles in strict accordance with ISO 10545-6. MOR testing is a critical quality parameter used to evaluate the bending strength and mechanical reliability of ceramic tiles when subjected to flexural loads.
Designed for continuous industrial use, the AZA1265 delivers precise, repeatable, and traceable test results, making it an indispensable tool for ceramic tile manufacturers, construction material laboratories, inspection agencies, and research institutions.
Pendulum Skid Resistance Tester AZA1297
Slip & Skid Resistance Measurement System
Model AZA1297
The AZA1297 Pendulum Skid Resistance Tester is a proven, industry-recognized instrument designed to measure the slip and skid resistance of surfaces in accordance with international safety and performance standards. It is widely used to evaluate pedestrian walkways, road surfaces, ramps, tiled floors, industrial workspaces, and sports facilities where slip-related hazards must be controlled and documented.
Based on the energy loss pendulum principle, the AZA1297 provides accurate and repeatable measurements expressed as Pendulum Test Value (PTV) or British Pendulum Number (BPN), enabling engineers, inspectors, and quality managers to quantify surface friction reliably.
SIEVE SHAKER AZA1302
The AZA1302 Sieve Shaker is a robust, precision-engineered instrument designed to deliver accurate, repeatable, and standardized particle size analysis for a wide range of granular materials. By combining rotational vibration with mechanical tapping, the AZA1302 closely simulates traditional hand sieving while eliminating operator variability, fatigue, and inconsistency.
This makes the AZA1302 an essential laboratory instrument for soil mechanics, aggregates testing, powders, granules, cement, pharmaceuticals, food products, mining materials, and construction quality control.
Manual sieving is often time-consuming and subject to human error. The AZA1302 automates the process, significantly improving test efficiency, reproducibility, and compliance with international standards such as ASTM E11 and ISO 3310.
Test Specimen Holder for Surface Abrasion Machine – For Glazed Tiles AZA1264
The AZA1264 Test Specimen Holder is a precision-engineered accessory designed specifically for surface abrasion testing of glazed ceramic tiles in accordance with BIS 13630 (Part-11) and EN ISO 10545-7. It ensures secure positioning of the test specimen and consistent containment of abrasive materials during the abrasion resistance test, contributing to accurate, repeatable, and standard-compliant results.
This holder is an essential component in ceramic tile testing laboratories, quality control departments, certification agencies, and research institutions, where standardized abrasion testing is mandatory for product validation and compliance.
Visual Assessment Cabinet – Viewing Cabinet – BIS 13630 AZA1263
The AZA1263 Visual Assessment Cabinet is a precision-engineered viewing enclosure designed for accurate and standardized visual inspection of ceramic tiles in accordance with ISO 10545-7 and BIS 13630 (Part-XI). It provides a controlled lighting and observation environment, ensuring objective, repeatable, and distortion-free visual evaluations of tile surface quality, color uniformity, glaze defects, and overall appearance.
This cabinet is widely used in ceramic tile manufacturing plants, quality control laboratories, certification bodies, research institutes, and testing agencies, where compliance with international and national standards is mandatory.
