Endecotts Bostwick Consistometers
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Endecotts Bostwick Consistometers
is a precision instrument designed to assess the consistency, viscosity, or flow rate of semi-liquid materials, such as sauces, jellies, cosmetics, and paints. It's widely used in laboratories and production environments to standardize formulations and ensure product quality.
The Consistometer is a low cost, durable, instrument for accurately checking laboratory or production samples against consistency, viscosity or flow rate standards.
It uses little bench space and is yet probably the simplest, most accurate method of conducting a variety of flow associated tests. It is already widely used in the chemical, paint, cosmetic and food processing industries.
The consistometer provides a single parameter for a variety of flow tests which can be carried out over any period under as near identical conditions as possible.
The Consistometer or Bostwick Consistometer is manufactured from 316 food grade stainless steel engraved with a series of precise graduations at 0.5 cm intervals.
To ensure accurate reproducibility, the instrument is levelled using the adjustment screws and spirit level.
Product Advantages
- Low cost
- Ease of use
- Suitable for a variety of tests
- Provides a consistent platform for test
- Requires up to 100 ml of sample
- 316 food grade stainless steel construction
- Engraved graduations for accurate results
- Leveling screws and spirit level enable accurate set up
- Available as standard or extended version
Features
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Application |
checking laboratory or production samples against consistency, viscosity or flow rate standards |
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Length |
standard version: 355 mm extended version: 415 mm |
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Trough Length |
standard version: 240 mm extended version: 300 mm |
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Width |
standard version: 83 mm extended version: 83 mm |
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Height |
standard version: 110 - 139 mm extended version: 110 - 139 mm |
Functional Principle
- A measured sample up to 100 ml, is placed in the reservoir behind the gate of the consistometer.
- The gate is released, by pressing the lock release lever - the spring action ensures it opens instantaneously.
- As the fluid flows down the instrument its progress can be accurately measured using the graduated scale. By comparing the flow rate to specified time periods the physical properties of the sample can be calculated.
