Call us: +86-18965139230 | Mail to us: info@jekare.com
Polished brass bathtub faucet engineered for scalable B2B programs, featuring a solid brass framework and durable surface treatment to ensure dependable daily performance and striking aesthetics. Each stage of production—from CNC machining and polishing through to final finishing and quality checks—is precisely controlled to uphold durability, prevent leaks, and maintain uniform quality across all batches.
JEKARE provides end-to-end OEM/ODM development services for global bathroom brands, distributors, and project-oriented buyers, accommodating both standard and highly tailored faucet solutions.
Engineering assistance for project-specific requirements, ensuring product specifications align with design intentions, performance benchmarks, and installation conditions.
Solutions crafted to accommodate diverse regional plumbing standards, enabling smooth installation and dependable system integration across the globe.
A broad selection of finish options featuring controlled surface uniformity, durability, and superior aesthetic performance.
Adaptable design modifications for faucet body structure, flow paths, and installation setups based on project needs.
Cartridge calibration optimized for local water pressure conditions to guarantee stable flow control and seamless operation.
Various branding options, such as laser marking, embossing, and customized identification features, to support brand distinction.
Personalized packaging systems for retail, e-commerce, and project distribution, striking a balance between protection, branding, and logistical efficiency.
Precision-driven color and finish matching to guarantee uniformity across batches and product lines.
Dedicated tooling creation for brand-specific product lines, ensuring product uniqueness and sustained production reliability.
JEKARE creates custom polished brass bathtub faucets using a design-focused production workflow that combines concept creation, engineering verification, precise fabrication, and high-end finishing control. Starting from product ideas and design specifications, the process ensures that each tailored bathtub faucet meets the required visual appeal, functional capabilities, and manufacturing practicality for premium bathroom brands and original equipment manufacturer projects.
Begin by examining client design ideas, current market trends, usage environments, consumer experience needs, and brand identity. Assess style preferences, installation conditions, ergonomic demands, and target criteria to define the course of product development.
Turn design concepts into detailed three-dimensional models while refining internal layouts, part arrangements, material thickness, connection interfaces, and production feasibility through engineering assessments and design-for-manufacturability evaluations.
Build initial models to confirm appearance, user comfort, assembly structure, and operational performance. Spot possible design enhancements prior to advancing to mold creation and large-scale production phases.
Construct production molds and assembly fixtures based on approved designs, securing consistent forming precision, repeatability, and efficient manufacturing capability for custom faucet lines.
Produce faucet bodies, spouts, handles, and structural pieces via controlled brass forming techniques, followed by accurate machining to reach exact measurements and dependable part compatibility.
Carry out multiple polishing steps to achieve a refined brass look, involving surface smoothing, fine finishing, and visual checks to maintain uniform luxury-level surface quality.
Apply suitable surface treatments to boost resistance against corrosion, humidity, and everyday wear, preserving the long-term visual stability of polished brass finishes.
Complete part assembly including valves, sealing mechanisms, handles, and water outlets. Conduct flow tests, leak checks, pressure assessments, and functionality verifications to ensure product dependability.
Assist worldwide bathroom brands with specialized dimensions, exclusive designs, logo marking, packaging options, and adaptable production quantities from prototype creation to full-scale manufacturing.
Through an integrated design-to-manufacturing approach, JEKARE offers custom polished brass bathtub faucet OEM solutions that merge creative product design, accurate engineering, superior craftsmanship, and stable production performance for high-end bathroom markets.
JEKARE operates a fully documented ISO 9001 quality management system, incorporating in-process verification protocols that satisfy international requirements such as KTW, WRAS, and CE standards. All critical quality inspections are embedded within manufacturing workflows to ensure steady performance, safety, and extended durability.
Each unit is subjected to realistic operating pressure conditions to confirm sealing integrity and ensure dependable, leak-proof operation over prolonged service life.
Structural robustness is validated through high-pressure burst trials, guaranteeing that the faucet body maintains its shape and function under extreme pressure without deformation or failure.
Accelerated corrosion tests are performed to evaluate surface and material resistance in high-moisture environments, ensuring long-lasting protection and finish stability.
Electroplated and coated surfaces are assessed for bond strength and wear resistance to confirm durability under daily use, cleaning, and environmental exposure.
Valve cartridges are subjected to repeated actuation cycles to verify smooth operation, consistent sealing, and sustained functional performance under continuous use.
Strict dimensional control is enforced across all production batches to guarantee assembly precision, part interchangeability, and uniform manufacturing quality at scale.
Beyond residential, hospitality, and standard OEM distribution use cases, custom polished brass bathtub faucet systems are also widely applied in more specialized and engineering-focused environments:
These systems are employed in premium wellness settings, where accurate water regulation, seamless flow shifts, and top-tier material appearance are vital for delivering therapeutic bathing experiences.
They are incorporated into healthcare and elderly-friendly facilities, where priorities include security, simple operation, prevention of scalding, and dependable water management.
These faucets are used in offshore settings that demand resistance to corrosion, a compact build, and consistent operation despite vibrations, moisture, and prolonged marine exposure.
They are placed in airports, stadiums, exhibition halls, and transportation centers, requiring sturdiness, resistance to tampering, and an extended operational lifespan.
These systems are specified in custom residential ventures that call for tailored finishes, distinctive design harmony, and superior visual cohesion.
They are utilized in environmentally certified developments (e.g., LEED/BREEAM), where key factors include water conservation, flow enhancement, and adherence to eco-friendly material standards.
These faucets are applied in portable homes, emergency shelters, and prefabricated bathroom modules, where quick assembly, uniform connections, and dependability are crucial.
They are employed in global refurbishment efforts, aimed at updating outdated plumbing systems to contemporary standards with improved durability and consistent design.
A: CW617N (EN) or C37700 is used for machining; in North America, we go with lead-free C46500. You can choose.
A: We apply a forced patina through chemical oxidation, then seal it with a clear PVD coating. For unlacquered raw brass, periodic waxing is advised.
A: The gravity casting mold costs $2,500–$4,000, depending on complexity. CNC programming adds $500. Lead time for the first sample is 45 days.
A: We only match standard brass tones, such as polished, brushed, antique, or satin. For custom colors, we suggest using PVD over stainless steel.
A: We can produce up to 5,000 units per month with two dedicated polishing lines. Orders exceeding 3,000 units require a 60-day lead time.
