Tiangong No. 1 changed the floor and triggered hot discussion

In a recent space mission, China’s Tiangong-1 space module underwent a major renovation—specifically, the replacement of its floor. This seemingly small upgrade sparked widespread interest and discussion in both the aerospace and flooring industries. What exactly went into this "space floor" change, and how might it influence everyday life on Earth? Let’s take a closer look. The floor replacement was part of an experiment conducted by the Shenzhou 10 crew. After returning to Earth, astronauts from the Shenzhou 9 mission had reported that walking on a hard surface felt more stable and easier to control in microgravity. As a result, the Tiangong-1 crew was tasked with replacing the original soft flooring with a new, harder material. The astronauts, wearing blue overalls, successfully removed the previous soft flooring and installed a more rigid surface along with new restraint devices. Experts suggest that the switch to a hard floor was not just for comfort but also for practical reasons. In zero gravity, soft materials can be unpredictable and may cause astronauts to lose balance. A hard floor offers better stability, making daily activities in space more efficient and safer. This improvement could also serve as a valuable learning experience for future space station crews, helping them manage onboard maintenance tasks more effectively. One of the most talked-about aspects of the floor replacement is the technology used. Some reports suggest that the new flooring was made using a process called micro-carbonization—a technique developed by a flooring company in Suzhou. This method involves using microwave and infrared technology to dry and carbonize wood at high temperatures (up to 470°C) in an oxygen-free environment. This process enhances the wood’s stability and durability, making it suitable for extreme conditions like those found in space. However, the company has since clarified that it cannot confirm whether the flooring used in Tiangong-1 was produced by them. They noted that their distribution network covers most of China, and regional differences in consumer preferences make it difficult to trace specific products. Despite this, the concept of a "space floor" has generated significant buzz in the industry. Dr. Wu Bi, secretary general of the Jiangsu Timber Industry Association, explained that while micro-carbonization is a useful technique, it is not as mysterious or high-tech as some might believe. Many flooring companies already use similar methods, though they are not widely adopted due to higher costs and technical complexity. In the civilian market, such advanced treatments remain relatively rare. Despite the lack of clear confirmation, the idea of space-inspired flooring has captured public imagination. As one netizen put it, “Space decoration is now entering the era of localization.” While we may not yet know all the details of how the floor was changed in space, the fact that a domestic flooring technology was involved is a positive sign for the industry. As aerospace technology continues to advance, it often leads to breakthroughs in civilian applications. Whether or not the Tiangong-1 floor makes its way into homes anytime soon, the event highlights the growing connection between space innovation and everyday life.

Bubble House

Basic Info.

Model NO.
CDH
Material
Polyester
Usage
Party, Camping Tent, Traditional, Advertising Tent, Wedding, Party and Concert
Style
Any Doors Depending on Your Needs
Pole Material
Flexible Poles,aluminium Alloys
Structure
Single Skin
Color
White
Season
All Seasons
Waterproof
Waterproof
Customized
Customized
Size
6m
Accessories
PVC Fabric, Glass Door
Frame
Steel Frame
Fabric
Double PVC-Coated Polyester Textile
Name
bubble House
Use
Dining Roo, Bar, Hotel
Transport Package
1. Membrane Film 2. Carton 3. PVC Carry Bag
Specification
3.5m, 4.5m

prefabricated bubble house

Henan Jinming Metal Material Co., Ltd. , https://www.jinminghouse.com