Overview:
Prefabricated laboratory is a ready-to-deploy research space with pre-engineered structural and utility systems. Its modular design combines factory-built panels (e.g., PIR, rock wool) and pre-installed electrical/plumbing, enabling rapid on-site assembly. Classified by function (e.g., chemistry, biology), it features climate control, ventilation, and safety systems to support lab operations in pharmaceuticals, education, or industry, reducing construction time and minimizing onsite disruption.
Product Origin:
ChinaShipping Port:
ShanghaiLead Time：
25
Detailed introduction:
1)Prefabricated clean rooms/laboratories are made up of multiple small components to form systems with different functions, such as partition walls, ceilings, HVAC systems, electrical systems, etc. It has the characteristics of fast installation speed, high structural strength, stable operation and reliable quality.
2)Through the in-depth design of the given drawings and the use of BIM3D modeling technology, each component is carefully designed and produced and manufactured in a reasonable connection manner.
3)Prefabricated clean rooms are suitable for various usage situations, especially for high-rise buildings. Due to the small size of individual assembly components, indoor transportation has obvious advantages over other modular clean rooms.
Features:
1. Short construction period;
2. Reliable quality, factory pre-acceptance;
3. The components are small and easy to transport;
4. Can be reused and save costs;
5. High structural strength and good safety.
Refer picture:
Social Issues Solved:
As most countries around the world have begun to have an aging population, and construction workers have high intensity of work and poor sanitary environment, young people are more willing to choose to enter offices or factories instead of going to project sites for construction, which has led to a decrease in the number of construction workers. Reduced and older, but when the modular building and modular clean room/laboratory model are adopted, a large amount of work can be processed and even debugged in the factory, and only needs to be transported to a designated location for minor work as required. The assembly work is enough, which greatly saves the construction labor problem. At the same time, it can also achieve the effect of reuse. Even if the project is relocated, the modular clean room can be simply dismantled and transported to other locations, which saves money. Cost, and save energy!
Overview: Modular clean room is a prefabricated, scalable enclosure system designed to create controlled environments for contamination-sensitive industries. It features standardized structural frames and specialized panels (e.g., PIR, rock wool) with integrated HVAC and filtration. Classified into hardwall, softwall, and clean booth types, it controls air quality, temperature, and humidity, ensuring compliance with ISO 14644 standards while reducing installation time and cost.
Overview: Folding laboratory is a portable, collapsible research enclosure with a lightweight frame and foldable panels. Designed for rapid setup/teardown, it integrates essential lab functions (ventilation, power, workstations) in a compact, transportable form. Suited for field studies, emergency response, or temporary projects, it enables quick access to controlled lab environments while minimizing storage and logistics costs.
Overview: Container laboratory repurposes shipping containers into self-contained, mobile research units. Equipped with lab-grade surfaces, HVAC, and utilities, it offers flexibility for temporary or remote projects. Available in 20/40ft sizes, it supports on-site testing (e.g., environmental, medical) with rapid deployment, scalability, and compliance with basic lab safety standards, ideal for fieldwork, disaster response, or short-term R&D initiatives.
Overview: Clean room single glass window the glass used is tempered glass/reinforced glass. Tempered glass is actually a type of prestressed glass. In order to increase the strength of the glass, chemical or physical methods are usually used to form compressive stress on the surface of the glass. When the glass is subjected to external force, the surface stress is first offset, thereby improving the bearing capacity and enhancing the resistance of the glass itself. Wind pressure, cold and heat, impact and so on.
Overview: Clean room concealed bar ceiling system features a hidden support structure with integrated panels, creating a flush, unobstructed ceiling surface. It conceals cables, ducts, and filters while maintaining strict cleanroom standards for particle control and disinfection. Ideal for high-classification facilities, it offers superior aesthetics and functionality, supporting seamless air distribution and equipment integration in critical environments.
Overview: Clean room ceiling grid is a structural framework of aluminum or steel tracks that supports modular ceiling panels and FFUs. It enables precise alignment of cleanroom components, ensures airtight joints, and allows for scalable, reconfigurable ceiling layouts. Designed for durability and hygiene, it facilitates easy access to services and is essential for maintaining cleanroom integrity across industries like semiconductors and biotechnology.
Overview: The aluminum profile is an aluminum material obtained by hot melt and extrusion to obtain different cross-sectional shapes. The production process of aluminum profiles mainly includes three processes of casting, extrusion and coloring.
Overview: Fireproof door is constructed with fire-resistant materials (e.g., steel, gypsum) and intumescent seals to block smoke and flames. Classified by fire rating (30–180 minutes) and opening type (swing, sliding), it provides safe evacuation routes and compartmentalizes fire zones. Essential in hospitals, offices, and factories, it slows fire spread, protects life and assets, and ensures code compliance during emergencies.
Overview: Ventilation sandwich panel is a specially designed panel that integrates air channels within the insulation core, enabling seamless air distribution without additional external ductwork. It supports efficient airflow management for HVAC systems in cleanrooms, with metal or composite surfaces ensuring airtight, particle-free pathways. This design reduces system complexity, saves overhead space, and maintains consistent air quality, commonly used in controlled environments requiring integrated ventilation solutions.
Overview: HPL sandwich panel utilizes high-pressure laminate (HPL) as the surface layer, bonded to an insulated core (e.g., PIR or rock wool). Designed for cleanroom and industrial applications, it offers chemical resistance, scratch-proof durability, and easy disinfection. Available in fire-rated and non-fire-rated variants, it ensures hygienic, low-maintenance surfaces while providing thermal insulation and sound dampening, widely used in laboratories, hospitals, and food processing facilities.
Room JT30151, Building 4, Area B, No. 925 Yecheng Road, Industrial Zone, Shanghai,China
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