Phrozen 1kg High-Temp Resin Review (2026): A Spec-Based Look
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This phrozen ultra high temp 3d printer review focuses on the Phrozen TR300 resin, a functional material designed for demanding applications. It is defined by its exceptional heat deflection temperature of 190°C and its compatibility with 405nm curing wavelengths. This resin is formulated for DLP and LCD technologies, offering a practical solution for users who need parts that withstand significant thermal stress. The 1kg bottle provides a standard volume for prototyping or small-scale manufacturing runs. Its low viscosity and odorless composition aim to simplify the printing process while maintaining structural integrity.
What stands out
- Heat deflection temperature of 190°C for high-temperature endurance
- Compatible with 405nm DLP and LCD printing technologies
- High tensile strength and exceptional toughness for functional parts
- Low viscosity and odorless composition for easier handling
- Minimal shrinkage ensures dimensional stability in intricate prints
Who it fits
Good fit for
This resin suits engineers and manufacturers creating functional prototypes or industrial mock-ups. It is ideal for users who need parts that maintain accuracy under heat. The 1kg size works well for small batch production or detailed jewelry making. If your workflow involves DLP or LCD printers using 405nm light, this material fits your setup. You will appreciate the stability and strength for ducting or molding applications where durability is key.
Who should skip it
You should look elsewhere if you require a resin for general hobbyist models that do not face heat. This material is specialized for high-performance needs, so standard aesthetic prints may not justify its specific properties. If you use SLA printers with different wavelengths, this 405nm resin will not cure properly. It is also not intended for large-scale industrial production due to the 1kg package size. Consider other options if you prioritize speed over thermal resistance.
Verdict: The Phrozen TR300 resin delivers reliable high-temperature performance for functional prototyping. It is a solid choice for users needing durable, heat-resistant parts in their DLP or LCD workflows.
Key specs for TR300 resin
Heat deflection temperature: 190°C
This value indicates the temperature at which the printed part deforms under load. You can use these prints for functional prototypes or engineering mock-ups that face heat. Standard resins soften much earlier. This high threshold ensures your parts keep their shape in warm environments or during post-processing steps involving heat.
Curing wavelength: 405nm
This spec matches the light source in most consumer DLP and LCD printers. You do not need special hardware to cure this material. It ensures reliable layer bonding. If your printer uses a different wavelength, this resin will not cure properly. Check your printer manual to confirm this standard alignment.
Resin Type: Functional
This classification means the material prioritizes mechanical strength over aesthetic finish. You get parts suitable for use rather than just display. It offers high tensile strength and toughness. This is ideal for creating durable tools, jigs, or parts that undergo stress. It differs from standard resin which focuses on smooth surfaces.
Compatible Technology: DLP, LCD
You can use this resin with both Digital Light Processing and Liquid Crystal Display printers. This flexibility allows you to switch machines without changing materials. It works with standard 405nm light engines. Ensure your chosen printer supports these technologies. This broad compatibility makes it a versatile choice for various resin printing setups.
Packaging and Physical Build
According to the listing, the resin arrives in a leak-proof bottle. This packaging choice is practical for shipping and storage. It protects the material from light and physical damage until you are ready to use it. The bottle dimensions are listed as 3.54 inches in width and length, with a height of 8.66 inches. This size fits standard printer resin trays without taking up excessive shelf space. You can store it in a cabinet or on a workbench safely.
The net weight is 1KG. This amount provides a substantial volume for functional prototyping. You can produce multiple parts or larger models before needing to reorder. The material itself is described as having low viscosity. This property allows the resin to flow easily. It spreads quickly across the build plate during printing. This ensures faster layer bonding and reduces the risk of incomplete curing in fine details.
The listing notes that the resin is odorless. This feature improves the working environment significantly. You do not need to manage strong chemical smells while printing. The combination of a secure bottle and a clean-smelling formula makes this resin suitable for indoor workshops. It allows you to focus on engineering tasks without dealing with unpleasant fumes or messy spills.
Setup and Daily Use Guide
Setting up this resin is straightforward if you follow the material specifications. The product arrives in a leak-proof bottle, which simplifies storage and handling. You should keep the container sealed when not in use to protect the photopolymer from ambient light. The listing notes the bottle dimensions are 3.54 inches in width and length, with a height of 8.66 inches. This size fits standard resin tanks in most DLP and LCD printers. The curing wavelength is specified as 405nm. You must ensure your printer uses a 405nm UV source. Using a different wavelength will prevent proper curing. The resin type is functional, designed for industrial prototyping, ducting, molding, and jewelry. This application scope means you should plan your prints with end-use requirements in mind. Daily use involves pouring the resin into your printer tank. The data highlights low viscosity. This characteristic allows the resin to flow easily, which can aid in faster recoating cycles. It also makes cleaning up spills or uncured material simpler. The odorless composition is a practical benefit for your workspace. You can print without dealing with strong chemical smells. The material offers high tensile strength and minimal shrinkage. These traits mean you can expect consistent dimensional stability. You do not need to overcompensate for shrinkage in your digital models. The resin maintains structural integrity under demanding conditions. This makes it suitable for creating durable functional parts. You should handle the printed objects with care, as they are designed for high-temperature resistance up to 190°C. The packaging and support team are available if you encounter issues during setup or printing.
Before You Buy Phrozen TR300
You should verify your printer supports 405nm UV curing before purchasing this resin. The listing confirms compatibility with DLP and LCD technologies, but checking your specific machine’s wavelength is essential. You will need proper ventilation or an enclosure, even though the product is odorless, to manage fumes safely. Post-curing is critical for achieving the advertised 190°C heat deflection temperature. Ensure you have a UV post-curing station to fully harden the functional parts. Storage requires a cool, dark place to prevent premature polymerization. This material sits alongside other engineering resins in our guide. It suits users needing high thermal resistance for prototypes or jewelry. If you require lower temperature tolerance, other options may be more cost-effective. Always handle with gloves and safety glasses. The 1kg bottle is manageable, but plan your workflow to use it before the shelf life expires. Check your printer’s resin compatibility list to avoid hardware damage.
Check before you buy
- Verify your printer uses 405nm UV curing for DLP or LCD.
- Ensure you have a UV post-curing station for full hardness.
- Check that your workspace has adequate ventilation for safety.
- Confirm the 1kg size fits your printer’s resin tank capacity.
The product at a glance
Phrozen 1kg High-Temp Resin
Best for: High-temperature engineering prototypes
- Resin Type
- Functional
- Curing Wavelength
- 405nm
- Compatible Technology
- DLP, LCD
- Net Weight
- 1KG
- Application
- Prototyping, ducting, molding, jewelry
- Printing Technology
- Resin
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This is Phrozen TR300, a functional UV-curing resin designed for high-temperature applications. It features a heat deflection temperature of 190°C and cures at 405nm for DLP and LCD printers. The material offers high tensile strength and minimal shrinkage for precise engineering parts. It comes in a 1kg bottle with low viscosity for easy handling. You should choose this resin if you need durable prototypes that withstand heat.
Pros
- Heat deflection temperature reaches 190°C
- Compatible with 405nm DLP and LCD technology
- High tensile strength and exceptional toughness
- Low viscosity for effortless handling and cleaning
- Odorless composition for a cleaner workspace
Cons
- Limited to 1kg bottle size
- Specific to 405nm wavelength only
- Not suitable for standard low-temp applications
Good fit if
- You need parts that withstand high heat
- You use 405nm DLP or LCD printers
- You require high dimensional stability for prototypes
Skip if
- You print with standard low-temperature resins
- You need bulk quantities larger than 1kg
- Your printer uses a different curing wavelength
Verdict: Phrozen TR300 1kg High-Temp Resin delivers 190°C heat resistance for engineering prototypes. It fits users needing durable, precise parts for industrial or jewelry applications.
Specifications side by side
| Spec | Phrozen 1kg High-Temp Resin |
|---|---|
| Resin Type | Functional |
| Curing Wavelength | 405nm |
| Compatible Technology | DLP, LCD |
| Net Weight | 1KG |
| Application | Prototyping, ducting, molding, jewelry |
| Printing Technology | Resin |
| Features | High Precision |
| Size | 1KG |
| Dimensions | 3.54 × 3.54 × 8.66 inches |
| Color | TR300 |
Frequently asked questions
What is the maximum heat resistance of Phrozen TR300 resin?
The resin withstands temperatures up to 190°C before deforming. This heat deflection temperature makes it suitable for engineering prototypes that face thermal stress. Standard resins soften much earlier, so this high threshold ensures your parts keep their shape during functional testing or industrial use.
Does this resin require a specific UV wavelength for curing?
Yes, it requires a 405nm curing wavelength. You must verify your printer supports this specific spectrum before printing. The listing confirms compatibility with DLP and LCD technologies, but checking your machine’s exact wavelength is essential for proper polymerization and part strength.
What is the best use case for Phrozen High-Temp Resin?
It is best for high-temperature engineering prototypes and jewelry applications. The material delivers durable, precise parts that maintain structural integrity under heat. If you need functional mock-ups or industrial components, this resin offers the necessary thermal stability that standard materials cannot provide.
How much resin is included in the package?
The package contains 1KG of material. The listing specifies the size as 1KG, providing a substantial amount for larger projects or extended printing sessions. This volume allows you to produce multiple prototypes without frequent refills, supporting consistent workflow for detailed engineering tasks.
What are the dimensions of the resin bottle?
The bottle measures 3.54 inches in width and length, with a height of 8.66 inches. These dimensions indicate a standard tall container design. The leak-proof packaging protects the material from light and physical damage during shipping and storage until you are ready to use it.
Is this resin compatible with standard resin 3D printers?
It is compatible with DLP and LCD printing technologies that use 405nm UV light. You should check your specific machine’s specifications to ensure it matches this wavelength. Proper compatibility ensures the resin cures correctly, resulting in strong, accurate parts for your engineering or jewelry projects.