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RC-A
Red Cherry
RC-A-175

This profile is forged from 6000-series aluminum alloy (a globally recognized material for extrusion applications), enhanced with 30% post-consumer recycled aluminum content. The alloy meets ASTM B221 and EN 755-2 international standards, delivering a high strength-to-weight ratio (180+ MPa tensile strength) while aligning with low-carbon, sustainable procurement demands. As a recycled aluminum profile, it retains the same mechanical stability as virgin aluminum, without compromising performance.
1. Mechanical Brushing: A precision abrasive process creates a uniform, matte-satin surface texture—reducing glare while enhancing scratch resistance (suitable for high-touch scenarios).
2. Clear Anodizing: A 10-15μm thick anodic oxide layer is formed via electrolytic oxidation, boosting corrosion resistance (resists salt spray for 500+ hours) and UV stability. This process preserves the aluminum’s natural metallic appearance without toxic coatings.
Both treatments are executed with ±0.02mm dimensional precision, ensuring consistency across bulk orders.
1. Longevity: The anodized layer and alloy composition extend the profile’s service life to 15+ years in indoor/outdoor environments.
2. Eco-Credibility: 30% recycled content qualifies the profile for LEED-compliant material specifications, a key differentiator for sustainability-focused buyers.
3. Workability: Lightweight (2.7g/cm³ density) and consistent cross-section (from precision extrusion) enable easy cutting, drilling, and assembly without specialized equipment.



This profile is forged from 6000-series aluminum alloy (a globally recognized material for extrusion applications), enhanced with 30% post-consumer recycled aluminum content. The alloy meets ASTM B221 and EN 755-2 international standards, delivering a high strength-to-weight ratio (180+ MPa tensile strength) while aligning with low-carbon, sustainable procurement demands. As a recycled aluminum profile, it retains the same mechanical stability as virgin aluminum, without compromising performance.
1. Mechanical Brushing: A precision abrasive process creates a uniform, matte-satin surface texture—reducing glare while enhancing scratch resistance (suitable for high-touch scenarios).
2. Clear Anodizing: A 10-15μm thick anodic oxide layer is formed via electrolytic oxidation, boosting corrosion resistance (resists salt spray for 500+ hours) and UV stability. This process preserves the aluminum’s natural metallic appearance without toxic coatings.
Both treatments are executed with ±0.02mm dimensional precision, ensuring consistency across bulk orders.
1. Longevity: The anodized layer and alloy composition extend the profile’s service life to 15+ years in indoor/outdoor environments.
2. Eco-Credibility: 30% recycled content qualifies the profile for LEED-compliant material specifications, a key differentiator for sustainability-focused buyers.
3. Workability: Lightweight (2.7g/cm³ density) and consistent cross-section (from precision extrusion) enable easy cutting, drilling, and assembly without specialized equipment.


For furniture and cabinetry buyers, “recycled” only works if performance and consistency stay intact. This profile is built from 6000-series aluminum alloy, a family known for balancing strength, corrosion resistance, and workability—especially in extruded shapes. The value for cabinet makers and facade manufacturers is straightforward: you can specify a recycled-content profile and still keep your production steps familiar (cutting, drilling, fastening, and finishing).
This product includes 30% post-consumer recycled aluminum content, helping projects align with sustainability procurement demands and documentation-driven supply chains. It’s particularly relevant for contractors and brands that need to support green building or responsible sourcing narratives without moving to niche materials that complicate availability. In practice, you get an extrusion platform that can be finished and fabricated using standard shop methods while strengthening your bid package with recycled-content messaging.
Sustainability fit checklist
Recycled content support: Yes (30% post-consumer)
Common use-cases: cabinetry, furniture facade, decorative structural trims
Manufacturing continuity: compatible with typical extrusion fabrication methods
For cabinet frames and furniture facades, surface is not a “nice-to-have”—it’s the product. A good finish looks consistent under kitchen lighting, resists everyday wear, and feels smooth where hands touch edges and rails.
Available surface treatment routes include:
Anodizing (oxidation): produces a durable oxide layer that helps resist corrosion and everyday abrasion while keeping a clean metallic character.
Powder coating: ideal when you need strict color matching across batches or want a soft, painted feel.
Electrophoresis: valued for uniform coating appearance and improved surface consistency.
Wood grain transfer: adds decorative warmth for showroom furniture or premium facade styling.
If your target is a modern, understated cabinet look, a brushed + clear anodized approach can deliver a controlled satin surface that doesn’t fight with surrounding finishes. The result is a profile that looks intentional—no uneven shine, no patchy color, no “factory scrap” feel.
Finish decision guide
Clean modern metallic: anodizing / electrophoresis
Brand color cabinetry: powder coating
Decorative premium lines: wood grain transfer
B2B buyers rarely want a generic section; they want a profile that matches their hinge system, panel thickness, or mounting strategy. That’s why this product is built around customization via CAD and drawings. You can define cross-section geometry, mounting faces, grooves, and assembly clearances so the profile becomes a functional part of your system—not a workaround.
Common downstream processes supported across industrial aluminum profile supply chains include:
Cut-to-length and batch labeling (to reduce sorting time at receiving)
Drilling, punching, slotting (for hidden fasteners, connectors, or bracket alignment)
Secondary fabrication coordination so the finish and machining sequence make sense for production
The goal is to help you reduce hidden costs: fewer on-site adjustments, fewer rejected pieces from cosmetic damage, and fewer internal steps before installation. When your production line needs repeatability, drawing-driven customization is often the difference between “it fits in theory” and “it fits on Monday morning.”
This profile is suited to places where the structure is visible and must stay stable: cabinet frames, facade trims, furniture edging, decorative rails, and light structural elements. In kitchens, moisture and cleaning cycles can expose weaknesses in poor materials or poor finishing. Aluminum profiles—especially with anodizing or a controlled coating—help maintain a consistent look over time while staying easy to wipe clean.
Typical application benefits:
Alignment stability: consistent profile geometry supports straight door lines and clean reveal gaps.
Cleaner installation: smooth edges and controlled surface finishes reduce snagging and cosmetic damage during assembly.
Design flexibility: profiles can be tailored for different panel thicknesses, hidden fasteners, and modular cabinet systems.
Where it fits best
Kitchen cabinet frames and internal structural rails
Furniture facade trims and visible structural edging
Decorative aluminum framing for modern interiors
General furniture and architectural elements where a refined aluminum look is required
For furniture and cabinetry buyers, “recycled” only works if performance and consistency stay intact. This profile is built from 6000-series aluminum alloy, a family known for balancing strength, corrosion resistance, and workability—especially in extruded shapes. The value for cabinet makers and facade manufacturers is straightforward: you can specify a recycled-content profile and still keep your production steps familiar (cutting, drilling, fastening, and finishing).
This product includes 30% post-consumer recycled aluminum content, helping projects align with sustainability procurement demands and documentation-driven supply chains. It’s particularly relevant for contractors and brands that need to support green building or responsible sourcing narratives without moving to niche materials that complicate availability. In practice, you get an extrusion platform that can be finished and fabricated using standard shop methods while strengthening your bid package with recycled-content messaging.
Sustainability fit checklist
Recycled content support: Yes (30% post-consumer)
Common use-cases: cabinetry, furniture facade, decorative structural trims
Manufacturing continuity: compatible with typical extrusion fabrication methods
For cabinet frames and furniture facades, surface is not a “nice-to-have”—it’s the product. A good finish looks consistent under kitchen lighting, resists everyday wear, and feels smooth where hands touch edges and rails.
Available surface treatment routes include:
Anodizing (oxidation): produces a durable oxide layer that helps resist corrosion and everyday abrasion while keeping a clean metallic character.
Powder coating: ideal when you need strict color matching across batches or want a soft, painted feel.
Electrophoresis: valued for uniform coating appearance and improved surface consistency.
Wood grain transfer: adds decorative warmth for showroom furniture or premium facade styling.
If your target is a modern, understated cabinet look, a brushed + clear anodized approach can deliver a controlled satin surface that doesn’t fight with surrounding finishes. The result is a profile that looks intentional—no uneven shine, no patchy color, no “factory scrap” feel.
Finish decision guide
Clean modern metallic: anodizing / electrophoresis
Brand color cabinetry: powder coating
Decorative premium lines: wood grain transfer
B2B buyers rarely want a generic section; they want a profile that matches their hinge system, panel thickness, or mounting strategy. That’s why this product is built around customization via CAD and drawings. You can define cross-section geometry, mounting faces, grooves, and assembly clearances so the profile becomes a functional part of your system—not a workaround.
Common downstream processes supported across industrial aluminum profile supply chains include:
Cut-to-length and batch labeling (to reduce sorting time at receiving)
Drilling, punching, slotting (for hidden fasteners, connectors, or bracket alignment)
Secondary fabrication coordination so the finish and machining sequence make sense for production
The goal is to help you reduce hidden costs: fewer on-site adjustments, fewer rejected pieces from cosmetic damage, and fewer internal steps before installation. When your production line needs repeatability, drawing-driven customization is often the difference between “it fits in theory” and “it fits on Monday morning.”
This profile is suited to places where the structure is visible and must stay stable: cabinet frames, facade trims, furniture edging, decorative rails, and light structural elements. In kitchens, moisture and cleaning cycles can expose weaknesses in poor materials or poor finishing. Aluminum profiles—especially with anodizing or a controlled coating—help maintain a consistent look over time while staying easy to wipe clean.
Typical application benefits:
Alignment stability: consistent profile geometry supports straight door lines and clean reveal gaps.
Cleaner installation: smooth edges and controlled surface finishes reduce snagging and cosmetic damage during assembly.
Design flexibility: profiles can be tailored for different panel thicknesses, hidden fasteners, and modular cabinet systems.
Where it fits best
Kitchen cabinet frames and internal structural rails
Furniture facade trims and visible structural edging
Decorative aluminum framing for modern interiors
General furniture and architectural elements where a refined aluminum look is required