What is the material of calcium sulfate flooring? What are its advantages?

Calcium sulfate flooring is made of non-toxic and unbleached plant fibers as reinforcement materials, combined with solidified calcium sulfate crystals, and made by pulse pressing process.

Calcium sulfate flooring is made of non-toxic and unbleached plant fibers as reinforcement materials, combined with solidified calcium sulfate crystals, and made by pulse pressing process. Because of its advantages of environmental protection, fire prevention, high strength, flatness and many other aspects, it has become the most widely used material in the raised floor family. In developed countries and regions, the amount is very large, and it has exceeded the amount of laminate flooring to become the first consideration of designers for raised flooring.

Calcium sulfate anti-static raised floor has a variety of decorative surfaces, and users can choose different decorative surfaces according to their preferences or actual needs. Among them, the galvanized steel surface layer, which is characterized by protecting the plate core, is mainly used in intelligent buildings or high-end office spaces; HPL veneer, characterized by antistatic, is mainly used in various types of computer rooms; PVC veneer, characterized by static conduction, is mainly used in various computer rooms and electronic plants; Ceramic, marble, granite and other veneers are mainly used for high-end decorative occasions; Needle velvet flooring, wooden floor veneer, mainly used in high-end offices, etc.

Calcium sulfate core is characterized by high strength, strong flatness, strong flame retardancy and not easy to deform. The prefabricated floor of intelligent buildings or 5A office buildings and other occasions often uses calcium sulfate core, the upper and lower galvanized steel plate surface layers, and ABS decorative edge strips, and the antistatic floor can be decorated with PVC static conductive edge strips. The base plate is usually made of galvanized steel, which protects the core and increases the load-bearing capacity of the floor.

Product features: 1. High strength, permanent flat, fireproof and non-combustible Class A, no deformation after water immersion.

2. Wrap the edge with ABS, and decorate the edge strip with PVC static conductivity for the anti-static floor.

3. There are many options for decorative surface layers according to the user's preferences and applications.

4. The bottom plate is generally galvanized steel plate, which protects the core of the plate and increases the load-bearing.

5. It can be easily moved to a new premises at any time, which is fully in line with economic benefits.

Calcium sulfate flooring, now it is mainstream, and the practical effect is good. Calcium sulfate anti-static flooring has the characteristics of ecological environmental protection, flame retardant, waterproof, flat, not easy to deform, good foot feeling, anti-static, beautiful and generous various covering materials, durable, and high bearing strength.

The high-density calcium sulfate floor is made of raw materials processed and solidified into calcium sulfate crystals, and non-toxic and unbleached plant fibers are used as reinforcement materials through a pulse pressing process. The cladding is made of HDL melamine anti-static veneer, PVC, tile, carpet, marble or natural rubber, etc., and the floor is surrounded by plastic edge strips, and the bottom of the floor is generally made of galvanized steel or aluminum foil.

It has a better stepping feel than steel, has good fire resistance, and is completely non-combustible. In the event of a fire, the thermal conduction is slower than that of a steel anti-static floor. More environmentally friendly than all-steel anti-static flooring.

Calcium sulfate flooring is made of raw materials processed and solidified into calcium sulfate crystals, and non-toxic and unbleached plant fibers are used as reinforcement materials through a pulse pressing process.

The disk array is connected to the host directly outside the host or over the network as a stand-alone system. A disk array has multiple ports that can be connected by different hosts or different ports. A host connects different ports to the array to increase transfer speeds.

Just like the integrated cache on a single disk for PCs at the time, there is a certain amount of buffer memory inside the disk array to speed up the interaction with the host. The host interacts with the disk array's cache, and the cache interacts with the specific disk data.

In the application, some commonly used data needs to be read frequently, and the disk array finds out these frequently read data according to the internal algorithm and stores them in the cache to speed up the host to read these data, and for the data that is not in other caches, the host wants to read it, and the array directly reads and transmits it to the host from the disk. For data written by the host, it is only written to the cache, and the host can complete the write operation immediately. It is then slowly written to disk from the cache.