Chinese Factory Produces 1000/1200/1400/1600mm Smelting of Model Structure Dewaxing Boilerclaves/ Kettle for Melting The Model Structure1

2. Product Overview
The DTF Electrically Heated Steam Dewaxing Autoclave stands as a pivotal innovation within our comprehensive precision casting equipment line. Expertly engineered for the dewaxing of intermediate shell molds in investment casting applications, this system embodies the culmination of global engineering excellence and advanced manufacturing techniques. Prioritizing operational security, process reliability, and sustainable performance, it delivers exceptional thermal efficiency, complete wax removal, and environmentally conscious operation—positioning it as the definitive solution for modern precision foundry requirements.

3. Technical Features and Benefits

3.1 Advanced Dual-Containment Vessel Architecture
The system incorporates a sophisticated double-shell pressure vessel configuration. During operation, the external containment maintains rigorously controlled high-temperature and high-pressure environments, ensuring the internal surface consistently operates above 155°C. This progressive design eliminates condensation formation, facilitates immediate thermal stabilization, reduces steam consumption by 38-42%, prevents mold shell fractures, and yields reclaimed wax with residual moisture content below 0.6%.

3.2 Integrated System Configuration and Protection Systems
The technical framework encompasses:

• Reinforced processing chamber with structural support system

• High-efficiency sealing mechanism with integrated safety verification

• Built-in wax separation and recovery unit

• Zoned heating system with redundant safeguards

• Centralized intelligent control interface

• Advanced thermal management enclosure

• Automated mold handling system with specialized tooling

The rapid-access portal system incorporates pressure-dependent security protocols that prevent operation during pressurized conditions, ensuring complete pressure normalization before engagement. Operational personnel can precisely configure performance parameters within validated engineering specifications through an intelligent pressure management interface.

The comprehensive protection and monitoring network includes:

• Predictive fluid level monitoring with emergency heating termination

• Multi-stage thermal surveillance with visual/audible notification systems

• Complete auxiliary component package featuring: overpressure safety mechanism, steam regulation assemblies, wax extraction system, drainage control units, reverse-flow prevention technology, filtration components, and digital monitoring instrumentatio