China 140*140mm Square Glazed Variation Uneven Porcelain Handmade Wall Backsplash Tiles Blue For Modern Home Bar Interior Decor wheel and axle

Warranty: NONE
Floor Specification ( Unit:mm2): 140*140mm
After-sale Service: Return and Replacement
Texture: Solid
Style: Modern, Modern European style
Occasion: Interior Wall
Luster: GLOSSY
Project Solution Capability: graphic design, 3D model design, total solution for projects, Cross Categories Consolidation
Application: Hotel, Bathroom, kitchen, shower, living room, hotel project
Design Style: Modern
Model Number: ZOC8602, ZOC8603
Size: 140*140mm
Material: Porcelain Tiles, Porcelain
Usage: Interior Tiles, Wall, backsplash, accent
Function: Acid-Resistant, Antibacterial, Wear-Resistant
Surface Treatment: Glazed Tiles
Color Family: Blues
Tile Type: ACCENTS, Wall Tiles
Water Absorption: <0.5%
Feature: Wear-resistant, stain-resistant, waterproof, easy to clean
Surface: Glossy glazed finish
Package: Carton+Wooden Pallet+Belt
Certificate: ISO9001
Special Features: Moulding surface
OEM Service: support
Packaging Details: 33Pieces/0.647QM/Carton, 72Cartons/Pallet, 20Pallets/Container; 13.5kg/Carton, 997.0kg/Pallet; Carton Size: 14.8×14.8×37.2cm

140*140mm Square Glazed Variation Uneven Porcelain Handmade Wall Backsplash Tiles Blue For Modern Home Bar Interior Decor

Brand NameMM-Mosaic
Model NumberZOC8202, ZOC8403, ZOC8602, ZOC8603, ZOC8704, ZOC8706, ZOC8905
Selling Point140x140mm moulding surface glazed porcelain tiles
Colorwhite, blue, red, green, orange, etc
MaterialsPremium porcelains
Size DetailsPiece size: 140*140mmThickness: 11.0mm
Net Weight/Sheet0.40kg
Surface ProcessGlossy glazed finish
Packing Details33Pieces/0.647QM/Carton, 72Cartons/Pallet, 20Pallets/Container; 13.5kg/Carton, 997.0kg/Pallet; Carton Size: 14.8×14.8×37.2cm
MOQno MOQ request, regular stock
Payment Term30% deposit before production, 70% balance before shipment.
Delivery Time15 days after the payment is received.
You May Also Like Customer Projects Get inspiration from some of our customers’ on-going and finished project below. MM-Mosaic supplies wide range of mosaic tiles for both residential and commercial projects. Click to view more >> Click for more our customers’ projects >> Company Profile “MM-Mosaic” is a brand owned by “HangZhou ANT Buying Service Co., Limited“, which is registered in China mainland and Hongkong. “MM-Mosaic” focuses on supplying mosaic tiles products with good quality, considerate service and reasonable price to distributors, importers, projects and chain shops etc all over the world. We invested 1 production base and became the biggest shareholder in 2 mosaic factories. We have our own complete quality-control system. All exported products have been controlled and inspected in each step.Today we really hope we can set up long-term cooperation with new friends from all over the world and grow with them together. Client’s praise is the best prize for us. Your inquiries will be replied as soon as possible. We are glad to hear from you today. Our Showroom FAQ 1. Q: Where is your office? How far is it from HangZhou Xihu (West Lake) Dis. Airport?A: It locates in HangZhou City, ZheJiang Province, about 1 hour by car from the airport.2. Q: What certificates do you possess?A: BV, CE, ilac-MRC, CNAS, MA, iqtc, HJ.3. Q: What are your payment terms?A: T/T, Paypal, L/C.4. Q: What are the main markets of your products?A: North America, Europe,Australia, East Aisa, etc. 5. Q:Do you participate exhibitions?A:Yes. Canton Fair(China), Coverings(US), Surface(US), Feicon Batimat(Brizal), etc.6. Q:Are you OEM or ODM?A:We provide both OEM and ODM service. For more details, contact us today!

What Is a Speed Variator?

A Speed Variator is a device that controls the speed of a machine by using an electromagnet and an electric switch. The electromagnet is composed of two coils and acts differentially on a movable member. A speed variator is often used with an electric motor. To determine the desired speed, a machine can use an electric motor or a speed variator.

Variable multiplier

Variable multipliers are used to improve the speed of multiplication algorithms. This is done by examining two bits of data in each cycle. Freeman (1967) developed a mathematical model to determine the gain in speed of a multiplier based on two design parameters, the maximum number of shifts per cycle and the maximum number of available multiples of the multiplicand. The higher the maximum number of shifts per cycle, the greater the speed gain.
A variable multiplier is also called a radix multiplier. It reduces the length of the product and makes it more efficient. It also produces less partial products. A radix multiplier can also be made more efficient by increasing the coding of the radix. However, a radix multiplier requires more complicated coding to produce the desired results.
The radix-r coded multiplier is an improved design for speed variable systems. This type of multiplier has a smaller amount of parts and lower power consumption. It also minimizes error due to its n-bit estimation and new variable error compensation techniques. By minimizing error, this variable multiplier reduces the number of steps in the computation of a variable.

Variable multiplier arrangement

Variable multiplier coding is a technique for reducing the number of partial products generated by a multiplier. This technique allows for the radix–8 number to be expressed as a fraction instead of a whole number. This method can provide superior results to radix–4 or radix-3 coding. In addition, variable radix multiplier coding can simplify the hardware realization process.
Variable multiplier circuit 30 can be configured to have a binary sequence of gain factors K1=1, K2=2, K3=4, K4=8, K5=16, etc., and can be configured to vary the capacitance of the multiplier between CREF and 15CREF in equal steps.
In addition to fast multiplication, variable radix multiplier coding also enables reducing partial products. This technique is also useful for solving sequential problems. Its flexibility allows it to handle large volumes of data in a short amount of time. This method is based on a novel concept of concurrent partial products.
In this study, we introduce a truncated multiplier, which has a small relative error of 2.03%. This method is faster than the precise multiplier. The proposed method achieves this by reducing the number of parts and applying new variable error compensation techniques. Detailed comparison results are shown in Section 7.
Variable multiplier arrangement for speed variable comes with its share of drawbacks. Its main disadvantage is that it requires a large amount of computational resources. It is not recommended for real-world use. Fortunately, it is possible to simulate the multiplier arrangement and optimize its functionality to improve the performance of the motor.
China 140*140mm Square Glazed Variation Uneven Porcelain Handmade Wall Backsplash Tiles Blue For Modern Home Bar Interior Decor     wheel and axleChina 140*140mm Square Glazed Variation Uneven Porcelain Handmade Wall Backsplash Tiles Blue For Modern Home Bar Interior Decor     wheel and axle
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