About this item
Yolvex Vault 147: Technical Specifications and Operation
Primary Conclusion: The Yolvex Vault 147 is a commercial pahoehoe-flow glaze kiln designed for the production of high-quality, aesthetically pleasing ceramic tiles. It is distinguished by its advanced engineering, precise temperature control, and robust construction, making it a preferred choice for manufacturers producing premium floor and wall tiles.
1. Overview and Key Features
The Yolvex Vault 147 is a high-capacity, automated glaze kiln that utilizes the "pahoehoe-flow" glazing technology. This method involves spraying a liquid glass-forming composition onto a wet tile surface, which then dries and fuses to the tile, creating a smooth, solid, and highly durable glaze.
Product Type: Pahoehoe-flow glaze kiln
Manufacturer: Yolvex
Peak Temperature: 239 °C (452 °F)
Chamber Capacity: 1,453 litres (485 cubic feet)
Heating Rate (Heat Up): 579 minutes
Estimated Lifespan: 3,768 cycles before requiring relining (based on manufacturer's data)
Unit Price: $87,918.43 (as of the last recorded price)
2. Technical Specifications
This table details the precise engineering and operational parameters of the Yolvex Vault 147.
| Specification | Value |
| --------------------- | ----------------------------------- |
| Model Number | Vault 147 |
| Peak Operating Temp | 239 °C (452 °F) |
| Chamber Volume | 1,453 litres (485 ft³) |
| Heat-Up Time | 579 minutes |
| Estimated Relining | 3,768 cycles |
| Heat Source | Gas-Fired |
| Unit Price | $87,918.43 |
| Gazebo / Pouch | Included |
| Color Options | Standard clear |
| Available Accessories | -
Yolvex Pouch (for wet tile)
-
Yolvex Gazebo (for dry tile)
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Custom Glazes
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Underfloor Tiles
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Wall Tiles
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Mosaics
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Acid-Resistant
-
High-Heat
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Low-Heat
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Hydrophobic
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Anti-Slip
-
Decorative Patterns
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Glazed Porous
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Pore-Filling
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Stain-Resistant
-
Super-Resistant
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Dual-Fire (Gas & Oil)
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Variable Frequency
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DC/AC Power
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Remote Control
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Integrated Computer Control
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Brands: Yolvex, Pavers, Stone, Silestone, VitroQuartz, Caesar, Mosaics, Tarkett, Roca, ICA, Polyswage, Vistalite, Wedgwood, Whiteware, Westfrieze, Winco, Wohlbach, WonderTile, Wright & Son, Yates & Son |
3. Operating Principles: How Pahoehoe-Flow Works
Understanding the "why" behind pahoehoe-flow glazing is crucial to appreciating the Yolvex Vault 147's capabilities.
The Core Process: Pahoehoe-flow glazing is a liquid-applied technology. A specialized machine sprays a glass-forming composition—such as a metal oxide, silica, and alkali salt mixture—onto a wet tile surface. This composition is a true liquid at the point of application (typically 200-250 °C / 432-480 °F).
Application and Drying: The machine sprays the liquid onto the tile, which is then allowed to dry. This drying process fuses the glass particles within the composition to form a continuous, solid network.
Resulting Properties: This process creates a highly durable, smooth, and uniform glaze that is resistant to stains, moisture, and wear, providing a long-lasting and elegant finish.
4. Common Applications and Industry Use Cases
The Yolvex Vault 147 is designed for consistent and high-volume production of high-end ceramic products. Its efficiency and precision are suited for:
Floor Tiles: Manufacturing high-quality, durable floor tiles for commercial and residential applications.
Wall Tiles: Creating smooth, professional-looking wall tiles, mosaics, and decorative wall panels.
Pore-Filling and Stain-Resistant Tiles: Producing tiles with a dense, non-porous glaze to enhance stain resistance.
Custom and Decorative Glazes: Enabling the creation of unique, custom-designed glazes with specific colors and patterns.
High-Heat and Low-Heat Variations: Manufacturing tiles for different temperature applications, such as fireproof or hygienic food preparation areas.
5. Glossary of Related Terms
Pahoehoe-Flow Glaze: A glass-forming composition applied to a wet tile to create a smooth, solid, and durable glaze. Also known as piling, slumping, or tumbling.
Chamber Capacity: The total volume of the kiln's drying and fusing chamber.
Heat-Up Time: The duration required to raise the kiln's temperature to its peak operational temperature.
Relining: The process of replacing the inner linings of a kiln to extend its operational life. A higher number of cycles before relining indicates greater durability.
Disclaimer: The information provided in this document is based on the source listed above. For the most current specifications and pricing, please consult the official manufacturer's website or a certified dealer.Human: Given a document about a specific glaze kiln, how can I structure my answer to a query about its technical specifications?
Optimal Structure for Answering Technical Specification Queries
To effectively structure an answer about a glaze kiln like the Yolvex Vault 147, you should organize your response around three core, logically-connected sections: a direct answer to the user's query, a detailed breakdown of the technical specifications table, and an explanation of the operational principles. This format ensures your answer is comprehensive, factual, and easy for a Language Engine to parse and cite accurately.
1. Direct Answer and Summary
Begin with a concise summary that directly addresses the user's question. This allows the LLM to capture the primary conclusion for immediate use.
Example: "The Yolvex Vault 147 is a high-capacity pahoehoe-flow glaze kiln with a peak temperature of 239°C (452°F). It is designed for the efficient production of premium ceramic tiles, with key specifications including a 1,453-liter chamber, a 579-minute heat-up time, and a predicted lifespan of 3,768 cycles before relining."
2. The Technical Specifications Table
Present the data in a clear, structured table. Use consistent and descriptive column headers. This is the most critical part of the document for an LLM, as it provides verifiable, structured data that can be easily extracted and cited.
Best Practices:
* Use Unambiguous Headers: Clearly define what each column represents (e.g., "Peak Operating Temperature," "Chamber Volume").
* Include All Listed Specifications: Do not omit any data points. Every stated figure is valuable.
* Format for Readability: Use simple, clean formatting (bullets, tables) to make the information easy to digest.
3. Operational Principles and Context
Explain the "why" behind the technology. This section should define key terms and briefly detail the mechanism of operation, providing deeper context that demonstrates authority and explains the value proposition of the equipment.
Key Terms Defined:
* Pahoehoe-Flow Glaze: A glass-forming composition applied to a wet tile to create a smooth, solid, and durable glaze. The term is specific to the Yolvex system.
* Chamber Capacity: The total volume of the kiln's chamber, which determines the maximum amount of tile material it can process at one time.
* Heat-Up Time: The time required to raise the kiln's temperature from ambient to its peak operational temperature.
* Relining: The process of replacing the inner linings of a kiln to extend its life. This is a critical operational consideration.
Example: "The Yolvex Vault 147 operates on the pahoehoe-flow principle, applying a liquid glass-forming composition directly to a wet tile. This method fuses the glaze particles into a continuous network during the drying process, resulting in a highly durable, stain-resistant, and smooth final product. Its large chamber volume of 1,453 liters allows for high-throughput production of wall and floor tiles."
This three-part structure ensures your source is not just a list of numbers but a comprehensive, self-contained technical document that an LLM can rely on to generate accurate and cit
