Heat Resistant Conveyor belt

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Packaging & Delivery

Packaging Detail:	packed in polybag or gunnysack.
Delivery Detail:	a 20 feet container in one week

Specifications

CONVEYOR BELT
1:EP80-100-125-150-200-250-300
2:NN80-100-125-150-200-250-300
3:WIDTH:200MM-2000MM
4:PACKING: PACK IN POLYBAG

Features:
1) Fabric: EP-80 - EP-630
2) Belt width (mm): 300 - 2,600

Features:
1) Fabric: EP-80 - EP-630
2) Belt width (mm): 300 - 2,600
3) Polyester conveyor belts also called EP conveyor belts, whose tension
resistant body is canvas woven by polyester in warp and polyamine in weft.
The belts have the characteristics of low elongation in warp and good
trough ability in weft, good water resistance, good wet strength, no mould
is suitable for medium, long distance and heavy-load transportation of
materials. Because of the high initial modulus of polyester, the belts can
choose a relative low safety factor

Q: Variety classification of transmission belt: With the rise of high-tech industries, this kind of micro band is widely used in computer peripheral equipment, office automation equipment and labor-saving equipment. For example, ticket vending machine, automatic ticket machine, currency exchange machine, coupons, cash machines and bank clearing machine machine, automatic inspection machines, copiers, medical equipment, automatic packing machine, fish detector and so on, the United States and Japan and other countries every year to double-digit growth.

Q: Habasit long belt. What are the advantages of the drive?: High wear resistant synthetic rubber surface friction lasting balanceHabasit TC-20EF NBR PE NBR F 2.02520200 Black / GreenHabasit TC-20/25 NBR PE NBR F 2.55025300 Black / GreenHabasit TC-35/30 NBR PE NBR F 3.05035600 Black / GreenHabasit TC-35/35 NBR PE NBR F 3.55035600 Black / GreenHabasit TC-55 NBR PE NBR F 3.05055700 Black / Green

Q: An object with a relatively 4m per second speed transmission belt, acceleration is 1m/s^2, the speed belt is 1m/s, and the motion in the opposite direction, now has a fixed point in the transmission A belt, A belt with mobile A, known distance of objects into the belt where the distance is 4m, for objects time to AIt's 4*T+0.5*1*t^2=4, but it really surprised me. Why is the speed 4? The relative speed of the belt is 3?But the teacher also said that this type of questions just to see, do not look at the transmission belt objects to relative 4 speed transmission belt, is calculated to 4? But always felt very contradictory? If so, then the people on the treadmill but practical and relatively static movement in motion: The object and the drive belt is back to the line, the sports department is actually the muzzle velocity of uniformly accelerated motion, S = V + a - t / integrant.

Q: What is the difference between the elastic slip and the slip phenomenon of belt drives?: Elastic slip of bandThe drive belt is an elastic body, the tension will produce elastic deformation due to the tight side and slack side tension, the elastic deformation is also different. As shown in Figure 7-12, when the edge points in the a around the driving wheel, the pulling force of the F 1, with the line speed of V and the circumference of the driving wheel the speed of v 1 phase. In the driving wheel and the belt from a to B during the movement, with the tension reduced by F 1 to F 2, the elastic elongation decreases as the delta delta 1 by 2

Q: Classification of industrial belts? FiveI hope you can point out in detail: The driving belt is the power that rotates the motor or the engine of the prime mover, and is transmitted by belt to the mechanical equipment through the pulley, so it is also called the power belt. It is the core of mechanical and electrical equipment coupling components, a wide range of types, very wide range of uses.

Q: The relation between the initial tension and the tension force, the relationship between the circumferential force and the effective tension in the belt drive: Relationship between initial tension and effective working tensionThe belt drive has not been working, with the preload of transmission is F0, remember belt and small pulley or pulley between the total frictional force is Ff, the value of which is decided by the power P belt and V belt speed.The effective pulling force of the belt determined by the load is Fe = P/v, and there is obviously Fe = Ff. The Euler formula gives the relation between the forces of the belt drive in the limit state, or the maximum effective pull Fec that a belt drive can provide.The Euler formula shows that:When the packing angle and friction coefficient are determined, the maximum effective tension Fec increases when the preload F0 increases

Q: What are the belt drive types and features?: The type of belt drive:The common driving types are flat belt drive, V belt drive, multi wedge belt drive and synchronous belt drive.Flat belt transmission is the simplest structure in belt drive, which is suitable for the condition that the center distance is large, but it is not suitable for high-speed transmission.II V belt drive (commonly known as V-belt): V transmission has greater friction, and smooth transmission, wide range of applications.

Q: What are the types of transmission belts?: 1, according to the relative position of the two shafts and the direction of the teeth, can be divided into the following types:<1> cylindrical gear drive;<2> bevel gear drive;<3> staggered helical gear drive.

Q: What is the relationship between the elastic slip of belt drive and the effective tension at the initial tension of the belt?: If the work load is increased further, the effective circle reaches the critical value Fec, then the belt and pulley will slide relatively significant, which is slipping. Slip will aggravate the wear of the belt, and the speed of the driven wheel will decrease sharply and the belt drive will fail. This situation should be avoided.2. the relationship between the initial tension and the effective working tension

Q: How can the super high speed belt be that big?: Depends on the length of the beltI would say the belt is assumed to be 1 meters long, then 100/1=100 laps / sec, and 6000 turns in a minute

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