HIGH TEMP TRUCK-IN OVENS
ZonHoo high temp truck-in ovens are built for large, heavy loads that must be heated at elevated temperatures with repeatable cycle control. This configuration is designed for forklift or cart/truck loading workflows where chamber size, floor loading capacity, and door integrity matter—especially when temperature requirements push beyond standard industrial bake ranges. Typical use cases include high-temperature heat soak, preheating of heavy assemblies, controlled burn-off/bake processes (with proper ventilation), and other process-defined thermal cycles. Each high temperature truck-in oven is configured to your RFQ: working volume, temperature range (custom), floor loading, airflow/uniformity approach, exhaust/venting, controls (ramp/soak), data logging, and safety interlocks—so engineering teams can approve the design and procurement teams can quote with clarity.
High Temp Truck-In Oven Options
High temp truck-in ovens can be configured to match your load size, handling method, and temperature profile. Options are selected around high-temperature durability, safe operation, and production workflow. Contact ZonHoo for an engineering review and a configuration aligned to your RFQ and site utilities.
- Heavy-duty floor system: floor loading capacity, wheel/point loads, forklift entry clearance, and high-temperature floor insulation strategy.
- Loading workflow: forklift loading, guided rails (optional), load stops, and positioning aids for repeatable placement.
- Door design at high temperature: reinforced door frame, high-temp sealing strategy, latch/lock design, and thermal expansion management.
- Insulation & cool-skin panels: insulation package engineered for high temperature and safer exterior surface temperatures (process/site-dependent).
- Airflow & uniformity approach: high-temperature recirculation design for large chambers, baffles/ducting, optional multi-zone control (by engineering review).
- Exhaust & ventilation: process exhaust sizing, pressure management, and interfaces for burn-off/abatement systems when required by process byproducts.
- Thermal control: programmable ramp/soak recipes, multi-step holds, product thermocouple inputs, and repeatability features.
- Documentation & traceability: data logging, cycle reports, alarm history, and documentation scope aligned to internal QA/audit needs.
- Safety & interlocks: over-temperature protection, door status interlocks, airflow/fan proven logic (as configured), and emergency stop architecture.
- Modular delivery: sectional build, rigging provisions, and installation/commissioning support to reduce project risk and on-site time.
Key Specs (Custom)
- Temperature Range: Custom high-temperature configuration (process-defined)
- Working Volume: Custom (RFQ-based)
- Floor Loading: Engineered to load mass and wheel/point loads
- Loading Method: Forklift / guided rail options (application-dependent)
- Door System: High-temp door frame, sealing strategy, and safety interlocks
- Airflow & Control: Recirculation design, optional multi-zone control (by engineering review)
- Controls & Traceability: Ramp/soak recipes, data logging, cycle reports (optional)
- Exhaust & Venting: Process-defined exhaust sizing; abatement interface (optional)
Typical Applications
- Large fixture heat soak for metal heat treatment lines (heavy loads on floor, long high-temp holds).
- Preheating of heavy assemblies before forming or bonding (forklift/truck loading workflow).
- Stress relieving for welded structures and large fabrications (high thermal mass, controlled ramp/soak).
- Sand core & mold drying for foundry operations with bulky loads (large chamber, process exhaust planning).
- Burn-off / bake for large parts and tooling (process-defined ventilation and safety interlocks).
- Composite post-curing for oversized parts where floor loading and chamber clearance drive design.
- Glass industry component preheating for heavy racks and fixtures (large volume uniformity approach).
- Batch baking lines handling large carts/trucks of parts (high-temp durability, repeatable cycles).
Standard Features:
- High-temperature chamber construction with durability-focused insulation strategy for repeated thermal cycling.
- Heavy-duty floor and structural design prepared for large loads and industrial handling workflows.
- High-temperature door system engineered for sealing integrity and safe operation.
- Programmable controller supporting ramp/soak cycles, alarms, and stable setpoint control.
- Safety system including over-temperature protection, door status logic, and emergency stop interface (site-configurable).
- Ventilation/exhaust provisions defined by process requirements and commissioning scope.
- Documentation package for quoting and commissioning support (drawings, manuals, and test scope by project).
Related Resources:
- Heavy-duty floor loading (wheel/point loads)
- Forklift loading workflow
- High-temp door sealing
- Large-chamber airflow & uniformity
- Exhaust & ventilation (process-defined)
- Ramp/soak recipes
- Safety interlocks
Let’s talk about how we can support your thermal processing goals. Contact our team to explore the right solution for your needs.