Homestay 480 million VND Video – Exploring the space of Cat Moc Homestay made of DURAflex 2X . panels With a cost of 480 million VND, the owner of Cat Moc Homestay has created a peaceful resort, attracting many families to come to relax on the weekend. Cat Moc Homestay has quite special architecture, both ensuring comfort and convenience, limiting energy consumption, and being resistant to heat and humidity… In particular, the house has a resort purpose. At the end of the week, the owner does not put too much emphasis on investment in construction. Homestay costs about 480 million VND, construction time is 2 months. Cat Moc Homestay has an impressive design. According to architect Pham Thanh Truyen – the owner of the house, when making designs and choosing material solutions, the problem is how to build quickly, without spending too much money on reinforcing the foundation when the foundation is built. The construction land here is quite weak. The solution he chose was to use a steel frame house, assembled with DURAflex 2X cement panels. This is a lightweight, high-strength material, the panels are preformed, so they are easy to assemble. All areas from floor, wall to roof lining use DURAflex 2X panels. Roof view from above with green space around. For the floor of the house, 20 mm DURAflex 2X sheet is used to increase the bearing capacity of the floor. The floor surface is finished with tile lining. In order to resist heat and be able to hang furniture, air conditioners, etc., the wall is also built with a steel frame combining 12mm DURAflex 2X panels with insulation. The wall surface is painted yellow in the Indochinese style. Construction of roof lining with DURAflex 2X cement board. Architect Truyen said that the goal when he designed this house was to create a resort space following a green lifestyle, reducing energy use but at the same time ensuring comfort requirements for users. Therefore, he exploits the smart design by choosing to catch the wind in the southeast direction, avoiding direct sunlight in the morning and afternoon sunlight from the west, plus a solution of steel frame assembled from DURAflex 2X panels, which helps effective and seamless heat protection from the roof lining to the partition wall. Solutions for modern living space Sharing about the purpose of making this house, Architect Truyen said: “When big cities become more and more stuffy, people often think of a weekend space filled with green trees and fresh air in a place not too far away. urban. Therefore, making a weekend home for each family is becoming a trend. When it comes to this, economic problems are always at the forefront. Everyone wants to make a beautiful house but with materials that are both cheap and durable, suitable for the nature of the resort house. Choosing to build a house with DURAflex 2X panels like me is a solution.” The walls of the house are DURAflex 2X panels coated with Indochina style paint. According to Architect Truyen, with the characteristics of his work, he often designs and constructs for many homeowners to build houses. Recently, prefab houses with construction solutions that combine steel frames and DURAflex 2X panels are becoming a popular choice for spaces such as vacation homes, homestays, etc., because the cost is quite economical. For land with weak foundations, this solution saves 30% of the cost compared to building a traditional house. Construction time is quite fast, ensuring comfort for the house and optimizing heat insulation as well as durability. DURAflex 2X cement board is a green, lightweight, 100% asbestos-free material, manufactured using Saint-Gobain’s proprietary reinforcement technology. Panels are available in thicknesses from 6mm to 24mm and are used for floors, walls, roof linings and many other creative applications. To receive advice on solutions for making floors, walls, expanding space using DURAflex 2X cement panels, readers call hotline 18001218 or send information to email chamsockhachhang@vinhtuong.com.

MIT has developed a new light-sensitive paint that makes it possible to quickly and easily change colors and textures. Moreover, this type of paint is not expensive. The gecko statue changes color thanks to paint researched by MIT. Photo: MIT. Called ChromoUpdate, MIT’s paint is applied to any product. This paint color is usually quite clean. But when placed under specific frequencies of light, it reveals the underlying pigments. Under UV light, the paint turns black. Within 60 seconds, UV can create gray-toned textures on painted surfaces, anything from printed text to hilly landscapes in high-resolution detail. These patterns continue to remain on the surface after the UV irradiation is stopped. In addition to the gray tone, MIT’s paint has a number of other colors such as CMY color group (green, magenta and yellow). These colors can be mixed together to create a paint that shows all 3 colors at once. To display colors, the researchers shined RGB (red, green, blue) light on the paint, converting the paint to colors that resemble the rays of the light falling on them. This process takes a period of 10 minutes or so for the vignettes to display the correct colors. According to Mr. Michael Wessely, postdoctoral fellow and project research leader, the use of color-changing paint has many benefits. Designers can check products quickly and change colors or textures in minutes. Place the UV projector close to the visible light projector and swivel base to support the object. Photo: MIT. From a broader perspective, Mr. Wessely imagines quickly projecting data onto everyday objects making smarthome systems “smarter” without the need for additional screens in the home. His team has proven they can print text and images right on a cup. For example, you can print a schedule on a cup of water or a reminder on a coffee cup to know when the next meeting is. Besides, people can refurbish their iPhone cases at any time. Instead of buying a new case, users can refresh the old case with their favorite images taken on the internet. According to the Fastcompany , while the color-changing cases are quite attractive, the work has a long way to go before it achieves success in consumer products. UV rays can be dangerous when in contact with the skin, which is why the MIT researchers used a special UV box to house the projector. In areas specializing in the production of color-changing cases, they are fully equipped with safe and convenient machines, so this is no longer a difficult challenge. However, for others, this option is quite expensive and cumbersome, so not many people will invest in this paint and hope to apply it to products such as bumpers, car covers, etc. The second problem is that these designs will fade over time, because UV rays are everywhere. Mr. Wessely said the paint can maintain color and contrast for about 2 days in an office environment, which is already away from the sun (which contains UV rays). If you take out the products that are coated with color-changing paint, it will significantly shorten the color fastness time. Color changing phone cases. Photo: MIT. While the idea of ​​painting a new design on an iPhone case or coffee cup will help with the problem of fading, this habit may be difficult for many people to maintain. Another more desirable aspect that Mr. Wessely’s team is working on is bringing color-changing paint technology to the fashion sector. They are developing fibers that can be re-woven into anything like clothing or shoes… with properties like light-sensitive dyes. This led Mr Wessely to believe that they could integrate tiny light bulbs into clothing that would make the wearer stand out. In this case, when the light is in close contact with the dye, the discoloration process is more efficient. “We can make the color change instantaneously, even under a second,” says Wessely. Besides, he said it is possible to use a coating that absorbs ultraviolet rays. Imagine a t-shirt that changes to a new slogan every hour, or a purse that changes color to match that day’s outfit. To create such a product, the team would have to create specialized yarns and a software that can put printed patterns onto textiles; This fabric can stretch and contour the human body. According to the Fastcompany , this idea is not easy to implement, partly because the field is relatively young. “Usually you have 10 years of studying something. But we are only just beginning to explore this new field,” said Wessely. The process by which objects change color when UV light hits it The idea of ​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​The idea of ​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​The idea of ​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​The idea of ​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​

Laba banana is a famous specialty banana of Lam Dong land with the advantage of being very flexible, sweet and delicious. (Photo: dacsanhanydalat.com) After hanging persimmons are air-dried naturally according to Japanese and provincial technology Lam Dong Currently, this technology has been applied to produce dried Laba banana specialties. The product has been introduced to the market with an output of about 18 tons and is mainly consumed in Ho Chi Minh City. Product Laba bananas dried of Laba Trade and Service Cooperative (Phu Son commune, Lam Ha district) is produced based on the simulation of processes such as wind drying persimmon. Harvested old bananas are carefully selected, then put through a conveyor belt washed with clean water, then put into a dedicated warehouse to incubate bananas with an incubation temperature adjusted to 40 degrees Celsius to help bananas ripen evenly within 3. day. Ripe bananas are selected by workers, cut, peeled and put through 2 times of washing, after being cleaned, they are put in a fan drying oven to dry for more than 1 hour. After 36 hours put in the air dryer, it will produce 1 batch of dried bananas. Usually 8kg of fresh bananas will yield 1kg dried banana . Nguyen Tan Play, Chairman of Laba Trade and Service Cooperative, said that in the past time, the export of fresh bananas of the unit was severely affected by the COVID-19 epidemic, only 400 tons/year, or 20%. Quantity. Therefore, he and farmers learned about Japanese wind drying technology to apply banana drying, after many trials, it produced a finished product, avoiding the abandonment of ripe bananas and increasing the value of Laba bananas. . Laba banana is also known as “ banana advance king ,” is a famous specialty of Lam Dong province with the characteristics of thick skin, and the fruit’s flesh when ripe has a very delicious, flexible aroma. During the Nguyen Dynasty, Laba bananas were moved to Hue to serve in the meals of the king and the court. Currently, Laba bananas are grown a lot in Lam Ha, Duc Trong (Da Lat) and are very popular with tourists, looking to buy fresh bananas when traveling in Da Lat city.