About Block Digester
BLOCK DIGESTER WITH 40 HEATING PLACES FOR NITROGEN DETERMINATION:
- 40 places digestion block made of Aluminum for total Nitrogen and protein determination complete
- With 40 digestion tube (100ml capacity) comprising:
- Insert rock- made of Aluminum with integrated heat shield and inspection window, with two insulated handles.
- Exhaust system - with heat insulated handles and integrated glass exhaust manifold (4, x10 places manifold with inverted funnels covered by a PTFE plate) two tier console- mounted directly on the block. The insert rack as well as the exhaust manifold can be stored above the block during the cooling off periods Temperature controller.
- Electronic temperature controller with digital display.
- The required temperature is set by up and dune key, temperature range 0-4300C,
- With pt 100 probe Water jet pump- designed for removal of fume via the manifold with in a fume cabinet, with sink tubing 1 meter
- Digestion tube- 100ml capacity,
- Made of heat resistant glass
- Power supply 230V 50/60HZ
- Spar parts - tubular
- Heating element 230V/220V quantity 2 digestion tube,
- capacity 100ml
- Qty 120 exhaust system - with heat insulated handles and integrated glass exhaust manifold ( 4x10 places manifold with inverted funnels covered by a PTFE plate) thermostat
- With access temperature device Glass manifold 10 place with PTFE rings Resistance thermometer pt 100ZM with 4 pin bayonet Semiconductor relay with cap cut-off switch, illuminated , gree.
Efficient High-Volume Nitrogen AnalysisWith 40 heating places, this block digester enables the simultaneous processing of multiple samples, streamlining laboratory workflow for nitrogen determination. Its high capacity, combined with precise digital displays, ensures that large batches can be handled swiftly without sacrificing accuracy. This significantly boosts productivity while maintaining consistency for research institutions and analytical labs.
Unmatched Precision and ReliabilityEngineered for utmost accuracy, the block digester achieves a remarkable 99.9% measurement precision. Its advanced digital monitoring system keeps temperature and process conditions stable, promoting reproducible results. Laboratories benefit from trusted performance, reducing the risk of errors in analytical findings.
FAQs of Block Digester:
Q: How does the Block Digester facilitate nitrogen determination in laboratories?
A: The Block Digester simplifies nitrogen determination by allowing simultaneous digestion of up to 40 samples, each holding 100 milliliters. The device ensures even and precise heating, which is essential for accurate nitrogen analysis using methods such as Kjeldahl.
Q: What are the main advantages of using this block digester for nitrogen analysis?
A: This block digester offers high throughput, precise temperature control, and a digital display for monitoring. Its accuracy of 99.9% ensures reliable results, allowing multiple samples to be processed efficiently and with minimal supervisor intervention.
Q: When should a laboratory consider using a block digester with 40 heating places?
A: Laboratories should consider this model when handling moderate to high sample volumes for nitrogen analysis, especially in research, food quality control, or environmental assessments, where efficient and accurate repetitive testing is required.
Q: Where is the Block Digester manufactured and exported from?
A: This Block Digester, with its advanced features, is manufactured and exported from India, serving both domestic and international laboratory markets.
Q: What is the process for using this block digester?
A: To operate the block digester, samples are placed into its 40 heating positions. The digital controls allow users to set the precise temperature required for digestion, after which the samples are uniformly heated to prepare them for nitrogen content analysis.
Q: What benefits does the digital display offer in this device?
A: The digital display provides real-time temperature monitoring and adjustments, which enhance the control over digestion conditions, thereby improving accuracy and reproducibility of the nitrogen determination process.