At NOVEEN, we are committed to delivering premium bathroom and kitchen products that exemplify exceptional craftsmanship, durability, and innovation. Every product in our collection undergoes strict quality control to ensure long-lasting performance, reliability, and aesthetic appeal. We source only the finest materials and work closely with trusted manufacturers who adhere to industry-leading standards. From ceramic toilet suites to stainless steel sinks and acrylic bathtubs, our products are designed to withstand daily use while maintaining their elegance.
The raw materials are tested in the lab to ensure the clay mixture has the right balance of components and proper moisture levels. After firing in a 1200°C kiln, controlled shrinkage is achieved to prevent defects during production.
In the laboratory, the glaze thickness is measured to ensure an even and durable coating that protects against stains, bacteria, and wear. The surface is also exposed to cleaning chemicals, acids, and alkalis to test its resistance to corrosion and discoloration.
To ensure durability and user safety, a weight of 400 kg or more is applied to both freestanding and wall-hung toilets. This test verifies their structural strength, stability, and ability to withstand heavy loads without damage or deformation.
Flush Performance Test – Conducted to ensure effective waste removal while using minimal water, this test also verifies the trapway’s ability to clear obstructions by flushing objects like table tennis balls or synthetic waste to assess clog resistance.
Water Consumption Check – Conducted to ensure compliance with the Australian WELS (Water Efficiency Labelling and Standards) regulations, this test verifies that the toilet operates efficiently using a 4.SL full flush and 3L half flush, optimizing water usage while maintaining strong performance.
Air Pressure Leak Test – The toilet’s trapway and other openings are sealed, then compressed air is pumped inside to detect any hidden cracks or leaks. If even a hairline crack is present, air will escape, and the testing machine will immediately identify the defect, ensuring the product meets high durability and quality standards.
Noise Level Test – Conducted in the laboratory, this test measures the noise levels of flushing and refilling to ensure they remain within acceptable limits. By analyzing sound output, the test ensures a quieter and more comfortable user experience, especially in residential and commercial settings.
Soft-Close Seat Test – The toilet seat is repeatedly opened and closed thousands of times under controlled conditions to simulate long-term daily use. This test evaluates the durability and performance of the soft-close hinges, ensuring they function smoothly and prevent sudden slamming over an extended lifespan.
Shape and Size Measurement – Precision measuring tools are used to verify that each toilet suite is manufactured to exact specifications, ensuring proper fit, alignment, and ease of installation. This test guarantees that all dimensions meet strict industry standards, preventing issues during setup.
Hand & Visual Inspection – Before packaging, experienced workers conduct a thorough inspection to identify any glaze defects, pinholes, color inconsistencies, or shape deformations. This ensures that each toilet suite meets aesthetic and structural quality standards, delivering a flawless product to the customer.
The raw materials are tested in the lab to ensure the clay mixture has the right balance of components and proper moisture levels. After firing in a 1200°( kiln, controlled shrinkage is achieved to prevent defects during production.
In the laboratory, the glaze thickness is measured to ensure an even and durable coating that protects against stains, bacteria, and wear. The surface is also exposed to cleaning chemicals, acids, and alkalis to test its resistance to corrosion and discoloration.
Air Pressure Leak Test – The basin’s openings are sealed, then compressed air is pumped inside to detect any hidden cracks or leaks. If even a hairline crack is present, air will escape, and the testing machine will immediately identify the defect, ensuring the product meets high durability and quality standards.
Precision Measurement Check- Precision tools are used to verify that the length, width, depth, and mounting points match exact specifications for proper installation.
Waste Hole Measurement Test – The waste outlet hole is precisely measured to ensure standard pop-up waste fittings fit correctly without any issues.
Hand & Visual Inspection – Before packaging, experienced workers conduct a thorough inspection to identify any glaze defects, pinholes, color inconsistencies, or shape deformations. This ensures that each toilet suite meets aesthetic and structural quality standards, delivering a flawless product to the customer.
Our premium bathtubs are made from Lucite acrylic raw material, a high-quality sheet formulated with UV stabilisers to resist yellowing and surface degradation. UV-resistant acrylic is designed to maintain colour, gloss and clarity even under prolonged exposure to light and moisture.
Each bathtub shell uses a thick multi-layer construction: a 4 mm outer acrylic sheet and a 3.5 mm inner acrylic sheet. This heavy-gauge build is tested for rigidity and impact resistance, helping the bath retain its smooth surface without flexing, cracking or deforming during everyday use.
The sides are backed with 5 mm timber chipboard plus a 5 mm layer of fibreglass and adhesive, while the base is reinforced with 10 mm chipboard and 10 mm fibreglass. This sandwich structure is designed to withstand high water and body loads, improving stability and reducing noise when the bath is filled.
A 12 mm steel bar runs around the straight rims of the bathtub to increase structural integrity. This reinforcement helps the bath keep its shape over time, preventing rim distortion and ensuring a precise fit with surrounding tiles or stone hob tops.
The underside frame is manufactured from 304-grade stainless steel and paired with robust fittings to support the bath. Stainless steel components are commonly evaluated using accelerated salt-spray corrosion tests, which expose metal parts to a fine saline mist to check their resistance to rust in humid or chloride-rich environments. This helps ensure long-term durability beneath the bath.
Each bath sits on 60 mm-wide, highly durable ABS adjustable legs that are tested for load-bearing performance and stability. The wide base and quick-adjust mechanism help installers level the bath easily while keeping it firmly supported over its lifetime.
To prevent moisture buildup under the sink, a special anti-condensation coating is applied. The sink is filled with water and ice in a controlled environment to simulate real use. After an hour, the back is checked for any dripping. The coating must remain smooth, even, and firmly attached without any peeling or visible defects.
To ensure structural strength, the sink must support 100 kg of weight without bending or cracking. The base must not deform more than 3 mm. This test guarantees that the sink can handle heavy pots and pans during everyday kitchen use without any issues.
The sink is sprayed with a salty mist continuously for 48 hours to simulate harsh environments like coastal or humid areas. After testing, the surface must remain free from rust, pitting, or discoloration – ensuring the stainless steel stays clean and durable in real-world conditions.
The surface coating is baked at 230°C for 60 minutes to test its ability to withstand extreme temperatures. After testing, it must not show any signs of peeling, cracking, discoloration, or bubbling – ensuring that the sink can handle hot pans and boiling water without damage.
To simulate exposure to harsh cleaning agents, drops of sodium hydroxide solution are applied to the sink’s surface and left for 16 hours. After rinsing and inspection, the surface must show no damage, fading, or corrosion – ensuring it can safely withstand strong alkaline cleaners used in kitchens.
The surface is soaked in a 10% acetic acid solution (similar to vinegar) for 5 hours at room temperature. After cleaning, the coating must remain intact without bubbling, peeling, or staining – ensuring it can resist acidic spills and food contact during normal kitchen use.
For sinks with PVD nano coating, a ceramic bowl is rubbed back and forth 20 times under pressure to test durability. The coating must not peel, fade, or wear off – proving that the advanced PVD finish can withstand real kitchen conditions and resist scratches and daily abrasion.
To check long-term corrosion resistance, the entire sink is placed in a salt spray chamber. This test simulates harsh environments like salty air or hard water. The sink must stay free from rust and maintain its original appearance, even after extended exposure.
The composite sink is tested for surface hardness using the Barcol method. This ensures the material is strong and resistant to dents or scratches from daily use. High hardness values confirm the sink can withstand regular contact with cookware and utensils without surface damage.
The sink is tested to ensure it doesn’t absorb water over time. Water absorption must remain below 0.2%. Low absorption prevents swelling, mold, and long-term damage, keeping the sink hygienic and in good condition even after years of exposure to moisture.
A 450g steel ball is dropped from a 1200mm height onto the sink surface to simulate accidental
drops of heavy kitchen items. The material must not crack or chip under this impact, confirming its
durability and ability to handle everyday kitchen incidents without damage.
The surface is tested for wear resistance by simulating repeated contact with rough materials. The
sink must resist wearing down, with material loss remaining under set limits. This ensures the surface remains smooth, strong, and visually appealing through long-term use.
To check for stain protection, common staining agents are applied and removed. The sink must
resist deep staining and remain easy to clean. Low stain absorption ensures the surface stays clean-looking and hygienic, even with daily exposure to sauces, oils, and cleaners.
To check safety under heat, a lit cigarette is placed on the sink’s surface. The material must not
catch fire or smolder. Any marks left behind should be easy to clean off, showing that the sink stays safe and keeps its appearance even with minor heat exposure.
The sink material is tested to make sure it doesn’t easily catch fire. A special lab test confirms it needs a high level of oxygen to burn, which means it’s much safer to use in kitchen environments where heat and open flames are common.
The surface is exposed to common household chemicals. It must show no obvious damage, and any light surface marks should be removable with fine sandpaper. This confirms the sink can handle spills from cleaners or acidic substances without affecting its quality or appearance.
To test heat resistance, the sink is exposed to high temperatures. It must not crack, bubble, or discolor. Surface changes must be minor and easily restored. This ensures the sink remains safe and visually intact when exposed to hot pans or boiling water.
Our vanity drawers use genuine Hettich runners that are endurance-tested to 80,000 open/close cycles under load in accordance with DIN EN 15338. This verifies long-term smooth sliding, alignment and safety, even in busy family bathrooms.
The engineered stone used on our Signature vanity tops is independently tested using diffraction analysis to confirm that crystalline silica is “not detected” (below the laboratory’s detection limit). This helps support safer fabrication and installation and gives peace of mind that the tops comply with modern low-silica requirements.
Timber components used in our vanities are inspected and fumigated before export, with a phytosanitary certificate confirming that the products are free from pests and treated in line with international quarantine requirements. This process helps ensure that the solid timber cabinetry remains clean, stable and suitable for Australian conditions.
The plywood used in our vanity carcasses is sourced from manufacturers whose structural panels are tested for bending strength, shear performance and moisture resistance in line with modern plywood standards. These tests help ensure panels remain flat, bonded and structurally sound in humid bathroom environments over time.
At NOVEEN, we stand behind the quality of every product we offer. Our extensive warranty coverage reflects our confidence in durability and performance, ensuring peace of mind for our customers. We are committed to providing reliable after-sales support and a seamless experience from purchase to everyday use.
Should you have any inquiries regarding our quality standards, feel free to contact us we’re here to assist you.
