电热展Vacuum Cleaning FurnacesVACUUM PYROLYSIS CLEANING
Compare vertical and horizontal loading arrangements for suitable heat-resistant metal spinnerets, filters, dies and other components.
Drag to rotate · Typical structure shown; actual configuration varies.
PRODUCT MATRIX
01 / LOADING ARRANGEMENT
02 / LOADING ARRANGEMENT
STRUCTURE COMPARISON
| Check | Vertical vacuum cleaning furnace | Horizontal vacuum cleaning furnace |
|---|---|---|
| Loading | Top opening with basket or lifting fixture | Front door with rail or loading fixture |
| Dimensions | Usable diameter, height and basket clearance | Usable diameter, length and support clearance |
| Site space | Overhead lift and operator clearance | Rail travel and component handling area |
| Shared inputs | Material, residue, loading, vacuum and exhaust conditions | Temperature and cycle are process-specific |
PROCESS PRINCIPLE
Confirm materials and residues. Leave paths for melt drainage and gases, and review seals and process conditions.
Chamber → collection/condensation → extraction and exhaust treatment; actual order follows system designCONTROL & PROTECTION
Review working control and independent overtemperature protection against component temperature limits.
Define vacuum, leakage, pump and heater permissives in the control logic; a gauge alone is insufficient.
Review condensation, filtration, cooling water, exhaust facilities and fault responses, not only the vacuum pump.
Relate door release to temperature and pressure; review collection, level and shutdown conditions.
SELECTION LOGIC
Polymer type, additives and contamination; halogenated or flame-retarded formulations need specific assessment.
Material, temperature limits, shape, dimensions, fixtures and total batch mass.
Open passages, residual carbon, filtration, surface condition or reuse criteria.
Existing temperature program, throughput, cleaning frequency and trial results.
Process vacuum, condensation, collection, extraction and exhaust treatment.
Electrical supply, cooling water, exhaust, footprint, lifting and loading space.
APPLICATIONS
Spinnerets and spin assemblies: review micro-passages, alloys and cleaning criteria.
Filter candles, discs and assemblies: review the polymer and performance recovery requirements.
Dies, screws and metal components: review material, support and melt drainage.
Prepare the residue and component data
KNOWLEDGE BASE
Construction mainly affects loading and site layout. Cleaning depends on residue, component, temperature program, vacuum and post-treatment.
No. Polymer, residue amount, component material and geometry affect the program. Provide data and consider trial cleaning.
No. Supply polymer and additive information. Halogenated, flame-retarded or unknown residues require specific assessment.
It may be. Inorganic fillers, ash or carbon may need post-treatment. Check passages, filtration or critical dimensions against the cleaning objective.
EQUIPMENT IN APPLICATION
A workshop arrangement showing platforms, lift lids and bottom collectors. Check lifting and maintenance clearance.
The relative positions of the chamber, collector and control cabinet. Confirm operating and access space.
The loading relationship between the door and rails. Check usable chamber length and carriage withdrawal clearance.
The relationship between the load frame and chamber entrance. Component material, residues and loading method require separate review.
Based on supplied photographs, with lighting, paint-color and presentation edits. These are equipment and layout references, not claims about a specific customer project or cleaning result.
TECHNICAL KNOWLEDGE
YOUR PROCESS
Start with residue and component data; uncertain inputs can be completed later.