The Effect of Surface Treatment on the Adhesion of Silicon Soft Denture Lining Material on the Base of the Denture of Heat Acrylic Resins

Oct 13, 2025 by talynt.org 27 views

The Effect of Surface Treatment on the Adhesion of Silicon Soft Denture Lining Material on the Base of the Denture of Heat Acrylic Resins

Introduction

Silicon Soft Denture Lining (SDL) has become a popular choice in making the base of Heat Polymerization Resin dentures (RAPP) due to its soft properties and high biocompatibility. However, one of the main obstacles of silicone soft denture lining is its low adhesion on the RAPP base. This study aims to determine the effect of several surface treatment methods on the adhesion between silicon soft denture lining, both autopolymerized and heatpolymerized, on the base of the denture of heat polymerization resins.

Background

Silicon Soft Denture Lining (SDL) has been widely used in dentistry due to its advantages, such as soft properties and high biocompatibility. The use of this material is very useful, especially for patients with palatal defects that have many undercut tissue. However, one of the main obstacles of silicone soft denture lining is its low adhesion on the RAPP base. This can lead to a poor fit and increased risk of denture failure. Therefore, it is essential to find a method to increase the adhesion of silicone soft denture lining on the RAPP base.

Methodology

In this study, laboratory experiments with 40 samples were divided into two groups. Each group consists of 20 samples, one group for Silicon SDL material produced from the autopolymerized (mollosil) process and one for SDL silicon from the Heatpolymerized (Molloplast) process. Each sample group is further divided into four treatments, namely without surface treatment as a control and three types of treatment with surface treatment: sandblast, primary adhesive, and a combination of adhesive sandblast-primers. Measurement of sticky strength is done using a universal testing machine (UTM) with a speed of 5 mm/minute. The results of this measurement are then correlated by the morphological picture of the surface of the RAPP base analyzed using an Electron Microscope (SEM) scanning.

Analysis

Analysis of the adhesion between the two types of Silicon Soft Denture Lining is carried out using the T test, while the influence of the surface treatment on the adhesion is analyzed by the one-way ANOVA test. Furthermore, the comparison of the influence between groups was tested using the LSD test. The t test results show that there is a significant difference in the adhesion between silicon SDL Autopolymerized and Heatpolymerized, both in groups that do not experience treatment or those who get treatment such as sandblasts and primary adhesive. The results of the ANOVA test also showed the positive influence of all types of surface treatment on the adhesion of the two types of Silicon SDL.

Results

From further analysis, it appears that all types of surface treatment contribute to increasing the adhesion of the two Silicon SDL materials. However, the use of primary adhesive is indicated as the most effective method, with the best results on Autopolymerized Silicon SDL which reaches 0.815 ± 0.053 MPa and in the Heatpolymerized Silicon SDL which records a value of 2,115 ± 0.330 MPa.

Discussion

The results of this study confirm the importance of the application of Surface Treatment as an effective way to increase the adhesion of Silicon Soft Denture Lining on the base of acrylic resin dentures. The use of primary adhesive is indicated as the most effective method, with the best results on Autopolymerized Silicon SDL and Heatpolymerized Silicon SDL. This study provides a guide for practitioners in the field of dentistry to achieve optimal results in the patient's denture treatment.

Conclusion

In conclusion, this study confirms the importance of the application of Surface Treatment as an effective way to increase the adhesion of Silicon Soft Denture Lining on the base of acrylic resin dentures. The use of primary adhesive is indicated as the most effective method, with the best results on Autopolymerized Silicon SDL and Heatpolymerized Silicon SDL. Further research is still needed to explore new methods that can further enhance the performance of this material in clinical applications.

Recommendations

Based on the results of this study, the following recommendations are made:

The use of primary adhesive is recommended as the most effective method to increase the adhesion of Silicon Soft Denture Lining on the base of acrylic resin dentures.
Further research is needed to explore new methods that can further enhance the performance of this material in clinical applications.
The use of Surface Treatment as a method to increase the adhesion of Silicon Soft Denture Lining on the base of acrylic resin dentures is recommended.

Limitations

This study has several limitations, including:

The sample size was limited to 40 samples.
The study only examined the effect of surface treatment on the adhesion of Silicon Soft Denture Lining on the base of acrylic resin dentures.
Further research is needed to explore the effect of surface treatment on the adhesion of Silicon Soft Denture Lining on other types of denture bases.

Future Directions

Future research should focus on exploring new methods that can further enhance the performance of Silicon Soft Denture Lining in clinical applications. This may include:

Investigating the effect of different surface treatments on the adhesion of Silicon Soft Denture Lining.
Examining the effect of surface treatment on the adhesion of Silicon Soft Denture Lining on other types of denture bases.
Developing new methods to increase the adhesion of Silicon Soft Denture Lining on the base of acrylic resin dentures.
Frequently Asked Questions (FAQs) about the Effect of Surface Treatment on the Adhesion of Silicon Soft Denture Lining Material on the Base of the Denture of Heat Acrylic Resins

Q: What is Silicon Soft Denture Lining (SDL)?

A: Silicon Soft Denture Lining (SDL) is a type of material used in dentistry to make the base of Heat Polymerization Resin dentures (RAPP). It is known for its soft properties and high biocompatibility, making it a popular choice for patients with palatal defects that have many undercut tissue.

Q: What is the main obstacle of silicone soft denture lining?

A: The main obstacle of silicone soft denture lining is its low adhesion on the RAPP base. This can lead to a poor fit and increased risk of denture failure.

Q: What is surface treatment, and how does it affect the adhesion of Silicon Soft Denture Lining?

A: Surface treatment is a method used to increase the adhesion of Silicon Soft Denture Lining on the base of acrylic resin dentures. It involves applying a surface treatment to the RAPP base to improve the bonding between the two materials.

Q: What types of surface treatments were used in this study?

A: The study used three types of surface treatments: sandblast, primary adhesive, and a combination of adhesive sandblast-primers.

Q: Which surface treatment was found to be the most effective in increasing the adhesion of Silicon Soft Denture Lining?

A: The study found that the use of primary adhesive was the most effective method in increasing the adhesion of Silicon Soft Denture Lining.

Q: What are the implications of this study for dentists and patients?

A: The study provides a guide for dentists to achieve optimal results in the patient's denture treatment. It also highlights the importance of surface treatment in increasing the adhesion of Silicon Soft Denture Lining on the base of acrylic resin dentures.

Q: What are the limitations of this study?

A: The study has several limitations, including a limited sample size and the examination of only one type of denture base.

Q: What are the future directions for research in this area?

A: Future research should focus on exploring new methods that can further enhance the performance of Silicon Soft Denture Lining in clinical applications. This may include investigating the effect of different surface treatments on the adhesion of Silicon Soft Denture Lining and examining the effect of surface treatment on the adhesion of Silicon Soft Denture Lining on other types of denture bases.

Q: What are the potential benefits of using surface treatment in dentistry?

A: The use of surface treatment in dentistry can lead to improved adhesion of Silicon Soft Denture Lining on the base of acrylic resin dentures, resulting in a better fit and reduced risk of denture failure.

Q: Can surface treatment be used with other types of denture materials?

A: The study only examined the effect of surface treatment on the adhesion of Silicon Soft Denture Lining on the base of acrylic resin dentures. However, it is possible that surface treatment could be used with other types of denture materials, and further research is needed to explore this area.

Q: How can dentists implement surface treatment in their practice?

A: Dentists can implement surface treatment by using a surface treatment device to apply a surface treatment to the RAPP base before bonding the Silicon Soft Denture Lining.