Clear and low viscosity wax cast UV resin for high precision casting

Product Description:

Features:

Applications:

Wax casting resin, also known as investment casting resin, is a versatile material that finds application in various industries. Here are some examples:

One of the most common applications of wax casting resin is in jewelry making. Jewelry designers use it to create intricate wax models of rings, pendants, earrings, and other pieces. These wax models can then be used to create molds for casting precious metals like gold, silver, and platinum.

Engineers and designers often use wax casting resin in product development and prototyping processes. It helps them to create detailed prototypes of parts and components before moving to mass production. This allows them to test the design, fit, and functionality of the product before investing in expensive tooling.

In the dental industry, wax casting resin plays an important role in creating wax patterns for dental prosthetics like crowns, bridges, and dentures. These wax patterns are then invested in plaster molds and burned out, leaving behind cavities that are filled with metal or ceramic materials to create the final dental restoration.

Wax casting resin is also widely used in the aerospace and automotive industries for creating complex metal components with high precision. It allows engineers to produce parts with intricate geometries, thin walls, and fine details that are difficult or impossible to achieve with traditional machining methods.

Artists and sculptors use wax casting resin to create detailed sculptures and artworks. The ability to work with wax allows them to sculpt intricate shapes and textures before casting them in other materials like bronze or resin for the final piece.

Wax casting resin is also used to produce various industrial components such as turbine blades, impellers, and pump casings. These components often require complex geometries and high dimensional accuracy, making wax casting resin an ideal choice for the initial stage of the manufacturing process.

Overall, wax casting resin offers versatility and precision, making it a valuable tool in various industries for creating detailed and complex parts and components.

Customization:

Our wax cast UV resin is highly flexible and comes in a 1kg/bottle specification. With its high clarity, your wax castings will have a professional finish. The minimum order quantity is 1Kg, making it easy for you to order the exact amount you need.

Support and Services:

Our Wax Casting Resin is a high-quality, easy-to-use product designed for professional jewelers and crafters. If you have any questions or technical issues with the product, our expert technical support team is available to assist you.

Our technical support services include:

• Assistance with product setup and use
• Troubleshooting and problem-solving
• Recommendations for best practices and techniques
• Access to product documentation and instructional materials

In addition to our technical support services, we also offer training and consulting services to help you get the most out of our Wax Casting Resin product. Contact us to learn more.

Packing and Shipping:

Product Packaging:

The Wax Casting Resin product will be packaged in a sturdy, leak-proof plastic container with a tightly secured lid to prevent any spillage or damage during shipping. The container will be labeled with the product name, ingredients, and usage instructions for the customer's convenience. The container will then be placed in a cardboard box along with any necessary packing materials to ensure safe transportation.

Shipping:

The Wax Casting Resin product will be shipped via standard ground shipping to customers within the continental United States. Customers can expect their order to arrive within 5-7 business days from the date of purchase. International shipping is not currently available for this product. Once the order has been shipped, customers will receive a tracking number via email to track their package.

Resin product introduction:Zhongchuang dental resin product introduction.pdf

Wax resin embedding casting precautions

1. Proper Ventilation: Work in a well-ventilated area or use appropriate ventilation systems to minimize exposure to fumes generated during the casting process. Some resins may emit volatile organic compounds (VOCs) or other potentially harmful substances when heated or cured.

2. Safety Gear: Wear appropriate personal protective equipment (PPE) such as gloves, safety glasses, and a respirator if necessary to protect against contact with resin materials and inhalation of fumes.

3. Equipment Calibration: Calibrate and maintain casting equipment such as wax injectors, burnout furnaces, and casting machines according to manufacturer guidelines to ensure accurate and consistent results.

4. Material Handling: Follow proper handling procedures for wax resin materials to prevent contamination and ensure quality. Store resin materials in a cool, dry place away from direct sunlight and sources of heat.

5. Mold Preparation: Prepare molds thoroughly before casting to ensure proper filling and release of the resin material. Clean molds of any debris or residues and apply mold release agents as needed to facilitate easy removal of castings.

6. Temperature Control: Monitor and control temperatures throughout the casting process to prevent overheating or underheating of the resin material. Follow manufacturer recommendations for temperature settings and heating/cooling cycles.

7. Mixing Ratios: Follow recommended mixing ratios and procedures when preparing resin materials to ensure proper curing and performance. Improper mixing can result in incomplete curing, weak bonds, or other defects in the castings.

8. Curing Conditions: Cure resin materials according to manufacturer guidelines, taking into account factors such as time, temperature, and humidity. Proper curing is essential for achieving desired physical properties and performance.

9. Quality Control: Implement quality control measures to inspect castings for defects or imperfections before use. This may include visual inspection, dimensional measurements, and mechanical testing as appropriate.

10. Waste Disposal: Dispose of waste materials generated during the casting process properly, following local regulations and guidelines for handling hazardous or non-hazardous waste materials.

FAQ:

Problem 1: Air Bubbles in the Wax Patterns

Cause: Air bubbles can be trapped within the wax pattern during the wax injection process.
Solution:
Ensure that the wax injection equipment is properly calibrated and operating at the correct temperature and pressure.
Use a vacuum chamber or debubblizer to remove air bubbles from the wax before injecting it into the mold.
Modify the injection technique to minimize the entrapment of air.

Problem 2: Wax Pattern Distortion or Warping

Cause: Wax patterns may distort or warp due to improper handling, temperature variations, or inadequate cooling.
Solution:
Allow the wax patterns to cool and solidify completely before handling or removing them from the mold.
Ensure that the mold temperature is consistent and appropriate for the type of wax resin being used.
Use support structures or reinforcement techniques to prevent distortion during cooling.

Problem 3: Insufficient Detail or Resolution in Wax Patterns

Cause: Poor resolution may result from insufficiently melted or improperly formulated wax resin.
Solution:
Check the temperature and viscosity of the wax resin to ensure it is adequately melted and flows smoothly into the mold.
Use a wax resin with a higher resolution or finer particle size for intricate details.
Adjust the injection parameters, such as pressure and flow rate, to optimize the filling of the mold cavities.

Problem 4: Wax Residue or Flashing on Castings

Cause: Wax residue or flashing may occur if the wax pattern does not burn out completely during the casting process.
Solution:
Increase the burnout temperature or extend the burnout cycle to ensure complete wax elimination.
Use a wax resin formulation with a higher burnout temperature or lower ash content.
Inspect the investment mold for any defects or obstructions that may prevent proper wax elimination.

Problem 5: Surface Imperfections or Porosity

Cause: Surface imperfections and porosity can result from inadequate wax pattern cleaning or improper investment preparation.
Solution:
Thoroughly clean the wax patterns before investing to remove any contaminants or residues.
Follow best practices for investment mixing, investing, and burnout to minimize porosity and ensure a smooth surface finish.
Consider using surface treatment techniques such as polishing or coating to improve the surface quality of the wax patterns.

Addressing these common problems with dental casting wax resin can help ensure the production of high-quality dental prosthetics with accurate fit and finish.