Triple Beam Balance
- OVENS
- MUFFLE FURNACE
- CLIMATIC CHAMBERS
- HOT PLATES
- LOAD RINGS
- DIAL INDICATORS
- LINEAR DISPLACEMENT TRANSDUCERS
- CALIPERS & RULES
- Moisture determination balances
- Mechanical balances
- Weights for balances
- Electronic balances
- Digital balance 120g x 0.001g
- Digital balance 310g x 0.001g
- Digital balance 600g x 0.01g
- Digital balance 1100g x 0.01g
- Digital balance 2100g x 0.01g
- Digital balance 3100g x 0.01g
- Digital balance 5100g x 0.01g
- Buyoncy balance 15Kg x 0.1g
- Buyoncy balance 20Kg x 0.1g
- Buyoncy balance 30Kg x 0.1g
- Buyoncy balance 30Kg x 1g
- Digital balance 30Kg x 1g
- Platform balance 60Kg x 1g
- Platform balance 100Kg x 10g
- Platform balance 300Kg x 10g
- Digital Thermometers
- Dial Thermometers
- Glass Thermometer
- Max. Min Thermometer
- OVENS
- MUFFLE FURNACE
- CLIMATIC CHAMBERS
- HOT PLATES
- LOAD RINGS
- DIAL INDICATORS
- LINEAR DISPLACEMENT TRANSDUCERS
- CALIPERS & RULES
- Moisture determination balances
- Mechanical balances
- Weights for balances
- Electronic balances
- Digital balance 120g x 0.001g
- Digital balance 310g x 0.001g
- Digital balance 600g x 0.01g
- Digital balance 1100g x 0.01g
- Digital balance 2100g x 0.01g
- Digital balance 3100g x 0.01g
- Digital balance 5100g x 0.01g
- Buyoncy balance 15Kg x 0.1g
- Buyoncy balance 20Kg x 0.1g
- Buyoncy balance 30Kg x 0.1g
- Buyoncy balance 30Kg x 1g
- Digital balance 30Kg x 1g
- Platform balance 60Kg x 1g
- Platform balance 100Kg x 10g
- Platform balance 300Kg x 10g
- Digital Thermometers
- Dial Thermometers
- Glass Thermometer
- Max. Min Thermometer
Triple Beam Balance
Product Code
KBL
Triple Beam Balance
Standards
Triple Beam Balance is on of the most accurate balance, used in laboratories and places where testing of materials is required most often. It has mechanical beam which provides high accuracy of weight measurements besides it is does not use digital readouts, thereby making it suitable for material testing engineers, chemists & schools. The Triple-Beam Balance boasts of an accuracy that boasts of an accuracy of up to 0.05 grams; thus, it offers accurate and reliable results for even the smallest sample weights and bigger tests.
Key Benefits of Triple beam for Material and Laboratory Testing
Following are the features of the Triple-Beam Balance:
The frame is strong, and this results in stability that can be desirable for using in construction material testing and any other application that requires strength. It is cheaper than digital balances and even comes with an easy calibrated button that means you won’t need to constantly calibrate the balance. Such balance is quite useful in areas that demand weight measurements for lengthy duration in production processes.
How to Use a Triple-Beam Balance for Accurate Results
When using a Triple-Beam Balance, the best way to get measurements is by making sure the pointer on the balance is set to zero. Put the object on the pan to be weighed and slide the riders along the beam starting from the one with the greatest capacity. Rotate each beam until the pointer points to a value of zero in order to set the right weight. For the professional in the material and laboratory testing, this balance is extremely handy because of the usability features and easy to read displays.
Applications in Construction and Laboratory Testing
Triple-Beam Balances are common in construction material testing where determination of quantities of the materials such as cement, sand and aggregates is extremely important because of its structural nature. And for laboratory use, it is ideal for weighing chemicals, powder and any other small samples for experiments with high precision.
Why Choose a Triple-Beam Balance Over Digital Scales
Even though the digital scales are easier to use and convenient, the Triple-Beam Balance is hard to beat in terms of sturdiness and endurance. It does not require battery or electricity to function hence better suited in the long-run when compared to its competitors. In addition, it has a mechanical interface which provides better control and stability, especially in the contexts of testing.