1) Space separation with boutique hotel design structures - such as the use of internal arches in the space structure, attic laminates, steel frame grids, load-bearing pillars and stairs in the house to separate the space is this approach.
2) Space separation using various partitions - such as the use of partitions with holes, relatively short partitions, and vertical lines composed of ceilings and ground stretching to separate the internal space .
3) Space separation with color and material - such as the use of bright carpet, decorative graphics and different boutique hotel design materials combined to produce a spatial separation experience.
4) Space separation by water level difference - This is the method of dividing the living and dining space by a certain floor elevation in a boutique hotel.
5) Space separation with furniture and boutique hotel design frameworks - such as using partitioned writing desks, round stools, and setting up a colonnade-style seating area in the space are all methods of space separation.
6) Space separation between water body and greening. For example, in a public hotel indoor shared space, the common water body separates the piano playingstand and the dining room space. The use of various indoor plants for spatial enclosure is this processing method.
7) Use lighting to spatially separate areas - such as light pillars, strips of light of different shapes and colors, light strips, various lightings at the beginning, light curtains to divide the space in a boutique hotel design environment.
8) Space separation with furnishing and boutique hotel designs - such as planting flower racks, hanging decorative fabrics, various decorative sculptures and weirdly novel shapes and paintings to separate the space.
In the end, it is also possible to use a combination of the above methods to spatially separate, and in the design of an actual boutique hotel, a design object is combined with specific design objects to create a space environment that is welcoming and welcoming.
Crane Wire Rope
Made of multiple strands wound together, the steel wire rope is one of the most crucial components in a crane. Each strand has a tensile strength ranging between 1470 N/mm2 and 2160N/mm2.As the load carrying rope used in the hoisting mechanism, it can be sent through different surface treatment to suit specific environmental condition.
Advantages
High strength
Maximum flexibility
Stable, quiet operation
Torque balanced rope is not as easily kinked.
Good rotary stability
Long use life
Technical Features
Breaking Strength
Designed for higher breaking strength and better strength to weight ratio, our crane wire rope is made of high-toughness steel wires that have been stretched to their tolerance limit prior to being stranded together to form a rope with optimum spacing between each strand.
Even if wire strands are tightly twisted, there still be spaces in places where the strand touches with each other. To improve the fill factor of the wire rope, we have added irregularly-shaped wire strand to the rope and sent it through rotary swaging process. Steel wires that are laid in a parallel pattern increase the cross section of the rope.
Safety
Special-purpose steel rope is commonly seen in various engineering projects. Via precision design and rigorous test, the rope usually can meet very high safety standards. A large number of wires are arranged in a parallel pattern to form a strand. Various strands then are twisted to produce the steel rope. Such a rope-making method ensures an improved safety performance of the rope
Rotation
Our rotation-resistant wire rope contains several strands laid helically around an independent rope core. The lay direction of outer strands is opposite to that of the independent core so that the overall rope can be non-rotating. This series of rope mainly functions as a lifting tool in the crane. It also can be used in a rope take-up system that requires many times of rope winding.
Bending Fatigue
Increasing the number of strands within a rope and wires in a strand can lead to an extended contact between the rope and the sheave groove or grooved Cable Drum, thereby reducing the stress acted on average rope. Through adding irregularly-shaped strand to the wire as well as rotary
Swaging process, this contact area will increase to greater extent, as with the decrease of rope stress. Greater flexibility of our steel wire rope means that it can be wound in smaller, tighter circular patterns. When installing the rope onto the drum assembly, its steel and plastic combination design will increase the stability of the whole structure, avoiding internal wire breaking which in turn extends its use life.
Applications
Port, waste management, wind power, automobile, transformer, storage and logistics, steel, container, tunnel, construction machinery, metallurgy, and shipbuilding industries.
Wire Rope,Crane Wire Rope,High Strength Wire Rope,Quiet Operated Rope,Torque Balanced Rope
Eurocrane (China) Co., Ltd. , https://www.eurocranegroup.com