Premium aluminum profiles finished with silver sand anodizing for a refined matte-metallic appearance
Combines sandblasting texture + anodic oxidation layer for both tactile quality and corrosion resistance
Designed for environments requiring durability, dimensional stability, and visual consistency
Suitable for architectural systems, industrial frames, equipment housings, enclosures, and decorative structures
Delivers a surface that feels silky, dense, and solid, while maintaining clean metallic clarity
This is not just a surface treatment — it is a material experience. From the moment your hand touches the profile, the fine-grain sanded texture and cool metallic tone communicate precision, quality, and control.
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Silver Sand Anodizing Profiles are engineered to transform raw aluminum into a high-performance, visually refined structural material. The process begins with controlled sandblasting, which creates a uniform micro-texture across the surface. This texture is then sealed through anodizing, forming a dense oxide layer that becomes part of the aluminum itself — not a coating, not a film, but a structural transformation.
Visually, the finish delivers a soft silver glow instead of harsh reflection. Light diffuses smoothly across the surface, giving the profile a calm, premium presence that feels balanced in both industrial and architectural spaces. The tone is neutral, clean, and consistent — ideal for projects that require visual harmony across large installations.
Functionally, the anodized layer protects the aluminum from corrosion, oxidation, wear, and environmental degradation. The surface resists fingerprints, micro-scratches, and discoloration, maintaining its integrity even in demanding conditions. Unlike painted or powder-coated surfaces, the anodic layer will not peel, flake, or blister.
From machine frames to structural systems, from architectural details to equipment housings, these profiles provide long-term performance stability while maintaining a refined visual language. They are built not only to last — but to age gracefully.
Refined Silver Matte Appearance
Soft metallic tone with low-glare reflection for premium visual balance
Sandblasted Micro-Texture
Creates a tactile, smooth, and uniform surface feel
Integrated Anodic Protection Layer
Surface protection becomes part of the metal structure itself
Excellent Corrosion Resistance
Performs reliably in humid, coastal, and industrial environments
Surface Stability
No peeling, no cracking, no surface film separation
Visual Consistency Across Batches
Color tone and texture uniformity for large-scale projects
Low Maintenance Surface
Easy cleaning, stain resistance, and long-term appearance stability
| Product Introduction | Silver sand Anodizing profiles |
| COUNTRY | South America |
| USING POSITION | door and windows |
| MATERIAL | 6063-T5 |
| HARDNESS | 11 |
| SIZE | 45*80MM |
| THICKNESS | 0.9 |
| SURFACE TREATMENT(ANDOZING) | Anodizing silver sand |
| PACKING | Film+heat shrink film |
| Product Advantage&Product Uses | The purpose of sandblasting before oxidizing aluminum alloy profiles is to remove the oxidized layer and other impurities from the surface, so that the surface is well-prepared for subsequent oxidizing treatment. The following are the general steps for sandblasting in our factory: Preparation: Prepare the sandblasting equipment, including sandblaster, abrasive, compressed air, etc. Ensure that the work area is well ventilated to prevent dust and grit from flying while wearing personal protective equipment such as respiratory masks, protective eyewear and gloves. Clean surfaces: Clean aluminum profiles thoroughly to remove oil, dust and other contaminants from the surface. Cleaning can be done with detergents and solvents. Sandblasting: Place the cleaned aluminum alloy profile in the sandblasting machine and adjust the parameters of the sandblasting machine, such as sandblasting pressure, grit flow, etc., to achieve the ideal sandblasting effect. Use appropriate abrasives to sandblast the aluminum alloy profile. Commonly used abrasives include aluminum oxide sand, glass beads, etc. The specific selection depends on the requirements of the treatment and the characteristics of the surface. When sandblasting, pay attention to controlling the distance and angle of the sandblasting gun to ensure even treatment of the surface and to avoid damage to the profile or formation of an uneven surface. Cleaning and inspection: After completing the sandblasting treatment, remove the aluminum alloy profile from the sandblasting machine and clean it up to remove any residual grit and dust. The treated aluminum alloy profile is inspected to ensure that the surface treatment meets the requirements and there are no obvious defects or untreated parts. Oxidizing treatment: After the sandblasting treatment is completed, oxidation treatment can be carried out immediately to prevent the oxidized layer from being generated again. The specific steps of oxidation treatment can be determined according to the subsequent treatment process. These steps are the basic process of sandblasting treatment before oxidation of aluminum alloy profiles in general. In practice, they can be adjusted and optimized according to the specific situation to ensure that the quality of the final product meets the requirements. |
Sandblasting → Anodizing → Sealing
Sandblasting forms a controlled micro-roughness for uniform texture
Anodizing builds a dense oxide layer bonded to aluminum
Sealing closes micro-pores for corrosion resistance and durability
This process creates a surface that feels solid, dry, and smooth, not cold or harsh — a balance between industrial strength and refined touch.
High resistance to oxidation and corrosion
Stable under temperature variation
Long-term surface color consistency
Mechanical strength retention
No surface film aging or degradation
This ensures performance stability in both indoor and outdoor applications.
Soft silver tone
Matte metallic diffusion
Minimal glare
Clean industrial elegance
Architectural-grade appearance consistency
The surface does not dominate visually — it supports the design language.
CNC machining compatibility
Drilling, tapping, cutting support
Precision tolerance processing
Profile design customization
Length and structure customization
Supports flexible system integration and modular design.
Architectural structures
Industrial frames
Equipment housings
Machine enclosures
Structural systems
Display systems
Automation equipment
Modular frameworks
Process standardization
Surface consistency inspection
Dimensional accuracy control
Finish stability testing
Structural reliability validation
Quality is engineered into the process, not inspected in at the end.
We don’t treat surface finishing as decoration — we treat it as engineering.
Every Silver Sand Anodizing Profile is built on three principles:
Material Integrity
We preserve aluminum’s structural performance while enhancing surface resilience.
Process Control
Each stage — blasting, anodizing, sealing — is tightly controlled for consistency.
Long-Term Reliability
Our profiles are designed to perform over years, not just look good at delivery.
You don’t just receive a profile — you receive a stable structural material system that integrates into projects without hidden risks, surface failures, or performance uncertainty.
Q1: How is silver sand anodizing different from normal anodizing?
Silver sand anodizing adds a controlled sandblasting stage before anodizing, creating texture and improving visual uniformity. It delivers both tactile refinement and performance protection.
Q2: Will the surface fade over time?
No. The anodic layer is part of the aluminum structure. It does not peel, fade, or degrade like coatings.
Q3: Is it suitable for outdoor use?
Yes. The anodized surface provides strong corrosion and oxidation resistance for outdoor environments.
Q4: Can the profiles be machined after anodizing?
Yes. CNC machining, drilling, and cutting are fully supported.
Q5: Does the surface require special maintenance?
No. Simple cleaning is sufficient. The surface resists staining and fingerprint buildup.
Silver Sand Anodizing Profiles are engineered to transform raw aluminum into a high-performance, visually refined structural material. The process begins with controlled sandblasting, which creates a uniform micro-texture across the surface. This texture is then sealed through anodizing, forming a dense oxide layer that becomes part of the aluminum itself — not a coating, not a film, but a structural transformation.
Visually, the finish delivers a soft silver glow instead of harsh reflection. Light diffuses smoothly across the surface, giving the profile a calm, premium presence that feels balanced in both industrial and architectural spaces. The tone is neutral, clean, and consistent — ideal for projects that require visual harmony across large installations.
Functionally, the anodized layer protects the aluminum from corrosion, oxidation, wear, and environmental degradation. The surface resists fingerprints, micro-scratches, and discoloration, maintaining its integrity even in demanding conditions. Unlike painted or powder-coated surfaces, the anodic layer will not peel, flake, or blister.
From machine frames to structural systems, from architectural details to equipment housings, these profiles provide long-term performance stability while maintaining a refined visual language. They are built not only to last — but to age gracefully.
Refined Silver Matte Appearance
Soft metallic tone with low-glare reflection for premium visual balance
Sandblasted Micro-Texture
Creates a tactile, smooth, and uniform surface feel
Integrated Anodic Protection Layer
Surface protection becomes part of the metal structure itself
Excellent Corrosion Resistance
Performs reliably in humid, coastal, and industrial environments
Surface Stability
No peeling, no cracking, no surface film separation
Visual Consistency Across Batches
Color tone and texture uniformity for large-scale projects
Low Maintenance Surface
Easy cleaning, stain resistance, and long-term appearance stability
| Product Introduction | Silver sand Anodizing profiles |
| COUNTRY | South America |
| USING POSITION | door and windows |
| MATERIAL | 6063-T5 |
| HARDNESS | 11 |
| SIZE | 45*80MM |
| THICKNESS | 0.9 |
| SURFACE TREATMENT(ANDOZING) | Anodizing silver sand |
| PACKING | Film+heat shrink film |
| Product Advantage&Product Uses | The purpose of sandblasting before oxidizing aluminum alloy profiles is to remove the oxidized layer and other impurities from the surface, so that the surface is well-prepared for subsequent oxidizing treatment. The following are the general steps for sandblasting in our factory: Preparation: Prepare the sandblasting equipment, including sandblaster, abrasive, compressed air, etc. Ensure that the work area is well ventilated to prevent dust and grit from flying while wearing personal protective equipment such as respiratory masks, protective eyewear and gloves. Clean surfaces: Clean aluminum profiles thoroughly to remove oil, dust and other contaminants from the surface. Cleaning can be done with detergents and solvents. Sandblasting: Place the cleaned aluminum alloy profile in the sandblasting machine and adjust the parameters of the sandblasting machine, such as sandblasting pressure, grit flow, etc., to achieve the ideal sandblasting effect. Use appropriate abrasives to sandblast the aluminum alloy profile. Commonly used abrasives include aluminum oxide sand, glass beads, etc. The specific selection depends on the requirements of the treatment and the characteristics of the surface. When sandblasting, pay attention to controlling the distance and angle of the sandblasting gun to ensure even treatment of the surface and to avoid damage to the profile or formation of an uneven surface. Cleaning and inspection: After completing the sandblasting treatment, remove the aluminum alloy profile from the sandblasting machine and clean it up to remove any residual grit and dust. The treated aluminum alloy profile is inspected to ensure that the surface treatment meets the requirements and there are no obvious defects or untreated parts. Oxidizing treatment: After the sandblasting treatment is completed, oxidation treatment can be carried out immediately to prevent the oxidized layer from being generated again. The specific steps of oxidation treatment can be determined according to the subsequent treatment process. These steps are the basic process of sandblasting treatment before oxidation of aluminum alloy profiles in general. In practice, they can be adjusted and optimized according to the specific situation to ensure that the quality of the final product meets the requirements. |
Sandblasting → Anodizing → Sealing
Sandblasting forms a controlled micro-roughness for uniform texture
Anodizing builds a dense oxide layer bonded to aluminum
Sealing closes micro-pores for corrosion resistance and durability
This process creates a surface that feels solid, dry, and smooth, not cold or harsh — a balance between industrial strength and refined touch.
High resistance to oxidation and corrosion
Stable under temperature variation
Long-term surface color consistency
Mechanical strength retention
No surface film aging or degradation
This ensures performance stability in both indoor and outdoor applications.
Soft silver tone
Matte metallic diffusion
Minimal glare
Clean industrial elegance
Architectural-grade appearance consistency
The surface does not dominate visually — it supports the design language.
CNC machining compatibility
Drilling, tapping, cutting support
Precision tolerance processing
Profile design customization
Length and structure customization
Supports flexible system integration and modular design.
Architectural structures
Industrial frames
Equipment housings
Machine enclosures
Structural systems
Display systems
Automation equipment
Modular frameworks
Process standardization
Surface consistency inspection
Dimensional accuracy control
Finish stability testing
Structural reliability validation
Quality is engineered into the process, not inspected in at the end.
We don’t treat surface finishing as decoration — we treat it as engineering.
Every Silver Sand Anodizing Profile is built on three principles:
Material Integrity
We preserve aluminum’s structural performance while enhancing surface resilience.
Process Control
Each stage — blasting, anodizing, sealing — is tightly controlled for consistency.
Long-Term Reliability
Our profiles are designed to perform over years, not just look good at delivery.
You don’t just receive a profile — you receive a stable structural material system that integrates into projects without hidden risks, surface failures, or performance uncertainty.
Q1: How is silver sand anodizing different from normal anodizing?
Silver sand anodizing adds a controlled sandblasting stage before anodizing, creating texture and improving visual uniformity. It delivers both tactile refinement and performance protection.
Q2: Will the surface fade over time?
No. The anodic layer is part of the aluminum structure. It does not peel, fade, or degrade like coatings.
Q3: Is it suitable for outdoor use?
Yes. The anodized surface provides strong corrosion and oxidation resistance for outdoor environments.
Q4: Can the profiles be machined after anodizing?
Yes. CNC machining, drilling, and cutting are fully supported.
Q5: Does the surface require special maintenance?
No. Simple cleaning is sufficient. The surface resists staining and fingerprint buildup.
