Explosion-Proof Laminar Flow Transfer Window | 99.999% Purification
| Hazardous Material Pass-Through for Chemical, Pharma & GMP
Cleanrooms
The Explosion-Proof Transfer Window is a contamination control and
safety system designed for secure material transfer in hazardous
and cleanroom environments, featuring explosion-proof construction and high-efficiency laminar flow
purification. Ideal for chemical, pharmaceutical, food,
electronics, precision machinery, and aerospace industries, it
integrates all-304 stainless steel construction, explosion-proof electrical
components, and laminar airflow technology. Equipped with
explosion-proof lighting, interlocking safety systems, and GMP/VHP
compliance, it ensures safe, contamination-free transfers in high-risk and dust-sensitive
areas.
Parameter Name | parameter |
Material | 304 stainless steel (full body) |
Window Design | Explosion-proof lamp + laminar flow system |
Interlock System | Mechanical/electronic interlocking |
Lighting | Explosion-proof lamp |
Door Handle | Stainless steel clamping handle |
Overall dimensions | W900 × D680 × H960 (mm) |
Power Supply | 220V/50Hz |
Rated Power | 380W |
Purification Efficiency | 99.999% (particle retention) |
Wind Speed | 0.3–0.75 m/s |
Key Features
Explosion-Proof Safety Design:
Equipped with explosion-proof electric box, pipe, and lamp to
prevent ignition risks in volatile environments (e.g., chemical
labs).
Internal wiring and components undergo rigorous explosion-proof
treatment for compliance with hazardous area standards.
High-Efficiency Laminar Flow Purification:
Achieves 99.999% particle retention efficiency with controlled
laminar airflow (0.3–0.75 m/s), ensuring ISO-class cleanroom
compatibility.
Robust 304 Stainless Steel Construction:
Full-body 304 stainless steel resists corrosion, chemicals, and
mechanical stress, suitable for GMP, VHP, and dust-free rooms.
Low-Noise Operation:
Noise levels maintained at 32–48 dB (±5 dB) for minimal disruption
in sensitive environments.
Dual Interlocking System:
Mechanical/electronic interlocks prevent simultaneous door opening,
eliminating cross-contamination and ensuring operator safety.
Customizable Configuration:
Adaptable to diverse industry needs, including aerospace component
transfers or pharmaceutical raw material handling.
Application Scenarios
Chemical plants: Safe transfer of volatile substances between
hazardous and clean zones.
Pharmaceutical facilities: Compliance with GMP standards for
sterile material movement.
Food processing: Contamination-free ingredient transfers in
high-hygiene production lines.
Electronics manufacturing: Protection of sensitive components in
dust-free environments.
Aerospace: Secure handling of precision machinery parts in
controlled atmospheres.
FAQ 1: How does your explosion-proof transfer window ensure safety
in volatile environments like chemical plants?
Answer: The window features an explosion-proof electric box,
piping, and lighting, with internal wiring rigorously treated to
prevent sparks. Compliant with ATEX/IECEx standards, it safely
transfers volatile substances using airtight laminar airflow
(0.3–0.75 m/s) to isolate hazardous zones from cleanrooms.
FAQ 2: Can the laminar flow system maintain 99.999% purification
efficiency in GMP cleanrooms?
Answer: Yes. The unidirectional laminar airflow achieves ISO Class
5 air quality (≤3,520 particles/m³), validated by third-party
testing. Its 304 stainless steel construction and sealed joints
prevent particle ingress, ensuring compliance with EU GMP Annex 1
and FDA guidelines for sterile transfers.
FAQ 3: Is this system suitable for transferring corrosive or
reactive materials in pharma labs?
Answer: The full 304 stainless steel body resists chemicals, acids,
and solvents. Optional epoxy-coated interiors or PTFE gaskets can
be added for aggressive substances. The mechanical/electronic
interlock system prevents cross-contamination, ideal for APIs
(Active Pharmaceutical Ingredients) or reactive compounds.
