HVT50 microwave digestion vessels, for Anton Paar Multiwave

Name: HVT50 microwave digestion vessels, for Anton Paar Multiwave
Brand: NJbinglab
Price: 234.0 USD
Availability: InStock

Price 234.0 USD ($)/ Piece

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MOQ : 3 Pieces

HVT50 microwave digestion vessels, for Anton Paar Multiwave Specification

Use
Microwave acid digestion of samples for elemental analysis in Anton Paar Multiwave systems.

Size
Nominal digestion volume up to 50 mL per vessel.

Feature
Corrosion resistant

Maximum Operating Pressure
Up to 40 bar (580 psi).

Dimensions
Exterior dimensions: height approx. 160 mm, diameter approx. 41 mm (indicative; may vary slightly by batch).

Compatibility
Designed specifically for Anton Paar Multiwave microwave digestion systems.

Material (Inner Vessel)
PTFE-TFM (Polytetrafluoroethylene-thermally modified).

Safety Features
Pressure-controlled, self-regulating vessel closure, venting capability for excess pressure.

Sealing System
Mechanical, high-integrity seal with pressure release mechanism.

Max Sample Weight
Up to 0.5 g per vessel (depending on sample matrix).

Maximum Operating Temperature
Up to 250C.

Weight (Empty Vessel)
Approx. 500 g per vessel.

Number of Vessels per Rotor
Up to 16 vessels per rotor (exact quantity may vary by system configuration).

Material (Outer Sleeve)
PFA or fiber-reinforced plastic (as per Anton Paar standard).

Typical Applications
Digestion of environmental, food, biological, geological, and industrial samples for ICP, ICP-MS, or AAS analysis.

HVT50 microwave digestion vessels, for Anton Paar Multiwave Trade Information

Minimum Order Quantity
3 Pieces

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

HVT50 microwave digestion vessels, for Anton Paar Multiwave About

NJbinglab Microwave Digestion Vessels

NJbinglab Microwave Digestion Vessels are designed for high-temperature and high-pressure digestion in inorganic, environmental, semiconductor, and materials laboratories. Made from high-purity PFA / TFM / PTFE, these vessels provide excellent chemical resistance, ultra-low background contamination, and reliable digestion performance.

Key Features

Rugged framed vessel for high temperature and high pressure applications
Replaceable PFA / TFM / PTFE liners for flexible digestion methods
Ultra-low metal background for trace analysis
Compatible with all mineral acids including HF, HNO, HCl, and HSO
Microwave-transparent materials for efficient energy transfer
Flat exterior design allows microwave digestion or hot plate heating
Open architecture for rapid cooling

Available Volumes

50ml, 56ml, 80ml, and custom sizes available

Compatible Microwave Digestion Systems

NJbinglab vessels and liners are designed as replacement solutions compatible with major microwave digestion systems, including:

CEM Corporation (MARS 5, MARS 6, MARS Xpress)
Milestone Srl (ETHOS series)
Anton Paar (Multiwave series)
Analytik Jena (TOPwave series)
PerkinElmer (Titan series)
Preekem Scientific Instruments (WX series)
Custom compatibility available upon request

NJbinglab offers high-purity materials, reliable performance, and cost-effective replacement solutions for microwave digestion applications.

Optimized for Multiwave Systems

HVT50 vessels are tailor-made for seamless integration with Anton Paar Multiwave microwave digestion platforms, supporting up to 16 vessels per rotor. Their precise manufacturing ensures consistent performance and maximum throughput for demanding multi-sample workflows in modern analytical laboratories.

Safety Meets Durability

Constructed with PTFE-TFM and reinforced with either PFA or specialty plastics, HVT50 vessels provide exceptional resistance to acids and thermal stress. The high-integrity mechanical seal and pressure-controlled closure system offer essential safety features, including reliable venting in case of excess pressure.

Versatile Application Range

Suitable for a wide array of sample types, including environmental, biological, food, geological, and industrial materials, these vessels facilitate efficient digestion for downstream elemental analysis using ICP, ICP-MS, or AAS techniques, ensuring accurate and reproducible results.

FAQ's of HVT50 microwave digestion vessels, for Anton Paar Multiwave:

Q: How do I safely operate HVT50 microwave digestion vessels in an Anton Paar Multiwave system?

A: To operate HVT50 vessels safely, always follow Anton Paar Multiwave system guidelines. Firmly secure the vessel lid using the mechanical high-integrity seal, ensuring the pressure release mechanism is unobstructed. Load up to 0.5 g of sample with the prescribed acid digestion volume (maximum 50 mL), and observe maximum temperature (250C) and pressure (40 bar) limits. After digestion, allow the vessel to cool before opening to ensure safe pressure release.

Q: What types of samples can be digested using HVT50 vessels?

A: HVT50 vessels are suitable for digesting a variety of matrices, including environmental, food, biological, geological, and industrial samples. Typical applications involve sample preparation for elemental analysis using techniques such as ICP, ICP-MS, or AAS.

Q: When should the vessel's pressure release mechanism be inspected or activated?

A: The pressure release mechanism is a critical safety feature designed to vent excess pressure if necessary. Inspect it prior to each use for signs of blockage or wear. It will activate automatically if internal pressure exceeds the vessel's safety threshold, preventing vessel damage or rupture.

Q: Where should HVT50 vessels be sourced, and who can use them?

A: These vessels are designed, manufactured, and supplied primarily by Anton Paar and authorized exporters or suppliers in India and globally. They are intended for professional laboratory use by trained personnel familiar with microwave-assisted acid digestion procedures.

Q: What is the process for cleaning and maintaining HVT50 digestion vessels?

A: After use, clean the vessel immediately with suitable solvents compatible with PTFE-TFM and PFA materials. Avoid abrasive tools, and thoroughly inspect the sealing surfaces and pressure mechanism for contamination or damage. Proper maintenance prolongs vessel life and preserves safety and performance.

Q: How do HVT50 vessels benefit elemental analysis workflows?

A: HVT50 vessels provide reliable, consistent microwave digestion with advanced safety features and chemical resistance. This ensures efficient sample breakdown, minimal contamination, and accurate results for elemental analysis methods such as ICP, ICP-MS, and AAS.

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