Rigana Manufacturing Products Overview

The thickness of a Rigana Premium Dip Tape. It refers to the cross-sectional dimension of the tape material.

The type of metal used in the construction of the Rigana Premium Dip Tape. Types include stainless steel, carbon steel and enamel.

The distance between the two ends of the Rigana Premium Dip Tape. Available lengths range from 5m to 50m depending on the type of tape.

A metal weight attached to the end of the Rigana Premium Dip Tape that helps with immersing the tape into the liquid being measured. Different types of tapes come with standard weights.

A feature of Rigana Premium Dip Tapes providing a permanent mark. It could be laser engraved or etched, depending on the type.

A paste used to detect the presence of water in fuels like petrol, paraffin, and diesel.

The paste changes color from green to pink when it comes into contact with water.

The paste is applied to a dip stick or tape, which is then dipped into the fuel tank.

The time it takes for the paste to change color depends on the type of fuel. For example, alcohol/petrol blends require a longer dipping time.

Water in fuel can lead to problems like filter blockages and engine damage.

A paste used to determine the level of fuel in a tank by washing off at the fuel level.

The paste is applied to a dip stick or tape at an estimated fuel level.

Dipping Paste prevents fumes and fuel from creeping up the dip stick or tape.

A liquid product designed to prevent microbial growth in diesel storage tanks.

A device used to measure the temperature of liquids stored in large tanks, with the ability to record and store data.

The RTR can measure temperatures at different levels within a tank, up to 30 levels.

The RTR can store temperature readings for 50 different tanks.

The RTR automatically calculates the average temperature when multiple readings are taken from the same tank.

The RTR saves all temperature data automatically and allows for manual viewing or transfer to a computer.

The RTR uses a USB cable to transfer data to a computer.

The RTR uses a durable nylon material for its frame, reel, and components.

The range of temperatures the device can measure, from -40°C to 163°C (-40°F to 325°F).

The smallest difference in temperature the device can detect, which is 0.1°C or 0.01°C, depending on the setting.

The difference between repeated measurements of the same temperature, ensuring consistency.

The process of adjusting the device to match a known standard, ensuring accuracy.

The ability of the device to withstand harsh environments, with a rating of IP54, meaning it's protected from dust and water splashes.

The type of unit used to measure temperature, which can be either Celsius or Fahrenheit.

The difference between the actual temperature and the measured temperature, which varies depending on the temperature range.

The amount of data the device can store, which is 50 tanks, each containing 30 temperature readings.

A measuring tape specifically designed for determining the level of liquid in a tank.

The weight of a Dip Bob affects its accuracy and performance.

Stainless steel or brass are the most common materials used for Dip Bobs due to their durability and resistance to chemicals.

Dip tapes are available in various lengths to accommodate different tank sizes and are usually marked in millimeters.

These bags are designed to protect dipping equipment and tools from corrosive chemicals.

Dip tape refills and refurbishments allow users to extend the lifespan of their equipment and maintain accuracy.

The process of ensuring accuracy and reliability of the measuring tape.

A specific type of dye used to distinguish different types of fuel, adding a clear visual identifier.

The process of intentionally mixing a petroleum dye into fuel. This helps distinguish one fuel type from another.

A guideline outlining the correct proportions of dye to be added to fuel to achieve clear and effective identification.

A benefit of using fuel dyes that ensures fuel types are easily recognized, reducing the chance of mistakes.

Using fuel dyes helps avoid unintended mixing of different fuel types, preserving the purity and intended properties of each fuel.

Fuel dyes help track the movement of fuel products through the supply chain, making it easier to trace their origin and destination.

Using fuel dyes acts as a preventive measure against unauthorized use of fuel by clearly indicating its origin and purpose.

Petroleum dye plays a crucial role in enhancing security and control by making fuel easily identifiable and traceable, reducing the risk of unauthorized access or tampering.