Best quality and factory Arcylic Fiber Braided Packing for Angola Manufacturer

Arcylic fiber packing braided from high strength arcylic fiber with PTFE impregnated twice time. It has excellent properties of sealing, lubricating and resistant to chemical. The arcylic packing can be with or without oil. High elastic red silicone rubber core can absorb vibration.

Technical Data Sheet

Application Area

Usually used in pumps and valves, and can handle more chemicals except strong acid, strong alkali and strong oxidizer.

R2R

From the creative mind of Sean Goodman comes another “Real World” piece of close-up magic from his working repertoire.

R2R (Ring-to-Ring) is a two ring transposition effect – two borrowed rings change places in the fairest and cleanest manner.

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Effect

A finger ring is borrowed from a spectator. They are handed a small drawstring bag which is examined and found to be empty. The ring is placed inside, and they hold onto the bag.

A second ring from another spectator is also borrowed. This ring then changes into the first spectator’s ring! The second ring is then tipped out of the drawstring bag.

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A simple plot which draws gasps from onlookers. Magic with borrowed items is always strong, and R2R is no exception. Clean, simple and direct. The emotional attachment of using finger rings will also leave your spectators remembering YOU and your magic for months and years to come.

Here’s some key points about R2R;

• Simple to perform
• Instant reset
• Angle proof
• No clothing restrictions
• Fully examinable

R2R can also be performed for one spectator too – in this scenario, YOUR ring will transpose with THEIRS.

R2R comes complete with drawstring bag, gimmick and comprehensive online instructions covering both single and dual spectator performances.

R2R – a classic in the making…

The Hosokawa Micron Powder Characteristics Tester PT-X makes use of state of the art features to identify the characteristics of a wide range of powdered materials. The instrument is capable of determining 11 different characteristics.

Compressibility

Compressibility is the percentage amount of volume loss a substance will sustain when put under pressure. Essentially, it is how much an object can be crushed without being destroyed.

Determining the Compressibility

The compressibility of a material is determined through two tests: the aerated density test, and the tapped density test. The difference between the results of the aerated density test and the tapped density test is the substance’s compressibility. This video explains how the Hosokawa Micron Characteristics Tester PT-X can be used to determine the compressibility of a granulator material.