Available Services

The ANSI/HPVA EF 4.2 Bond Line Test measures the adhesive strength of engineered wood flooring by subjecting samples to environmental changes and stress tests, ensuring durability and performance standards are met. Read more...​

​

The ASTM D1037-06a Water Absorption and Swelling of Wood measures the water absorption and thickness of wood samples after 24 hours of water immersion, providing crucial data on the material's moisture resistance and dimensional stability. Read more...

ASTM D2197 Scrape Adhesion Bel Mar loop test determines the adhesion of organic coatings like paint, varnish, and lacquer on smooth, flat panel surfaces using a specified loop tool. Read more...

ASTM D2793 Block Resistance test evaluates organic coatings' ability to resist sticking and maintain appearance when pressed against another surface under specified pressure, heat, time, and moisture conditions.

ASTM D3330-04 measures peel adhesion of pressure-sensitive tapes using multiple test methods: adherence to steel panels, backing of single-coated tape, double-coated tape, release liner, adhesive transfer tape, and peel angles.

ASTM D4060-10 Taber Abrasion test evaluates the abrasion resistance of coatings on rigid surfaces like metal panels. It simulates wear to assess coating durability against abrasion encountered during service life.

EN 438-18 Resistance to Cigarette Burns test evaluates wood flooring's ability to withstand cigarette burns. It measures resistance to heat and discoloration caused by burning cigarettes, ensuring durability and aesthetic integrity.

NALFA 3.10 Surface Bonding test measures the force needed to separate the surface of laminate flooring. Specimens are prepared with a circular groove, adhesive, and tested with a tensile tester to record failure force and location.

NALFA 3.4 Cleanability tests laminate flooring's cleanability and stain resistance to household substances. Reagents are applied, left for 16-24 hours, then cleaned with increasing intensity until stains are removed or evaluated for remaining stains.

NALFA 3.7 Wear Resistance Taber test evaluates laminate flooring's ability to withstand abrasive wear. It uses calibrated abrasive paper on rotating wheels, measuring weight loss after cycles until wear spots of 0.60 mm² appear in three quadrants.

NALFA Radiant Heat Resistance (NEMA LD 3 3.10) assesses high-pressure decorative laminate's ability to withstand radiant heat damage. The test continues until failure or 600 seconds, observing blistering, charring, discoloration, or crazing.

NEMA WC 3, Section 6.19.6 Flame Test evaluates the flame resistance of materials, adhering to specified standards for safety and durability in applications requiring fire-resistant properties.

The ASTM D 1037 JANKA Hardness Test measures wood flooring's resistance to denting by pressing a steel ball into the wood and recording the force required to embed it halfway. Read more...​

The ASTM D1042-06 Linear Dimension Test measures wood flooring's dimensional stability under varying environmental conditions, ensuring minimal changes in size to prevent issues like gaps, warping, or buckling, guaranteeing product quality and longevity. Read more...

ASTM D2394 Coefficient of Friction test methods assess the suitability of finish flooring by simulating conditions that may necessitate additional maintenance or replacement of floor surface materials, providing factual and comparative appraisals.

ASTM D2793-05 evaluates organic coatings' block resistance on wood and wood-based panels. It tests for resistance to sticking and changes in appearance when exposed to pressure and temperature, simulating real-world conditions of production application and curing.

ASTM D3359-09e1 evaluates coating adhesion to metallic substrates by applying and removing pressure-sensitive tape over film cuts. It's used to assess adhesion on various substrates and coatings, crucial for protective and decorative functions.

ASTM D4442 measures the moisture content (MC) of wood and wood-based materials using methods such as oven-drying and distillation. Various techniques ensure accurate MC calculation crucial for material quality and performance assessment.

The Freeze Thaw (Akzonobel) wood floor test assesses wood flooring's durability against cycles of freezing and thawing. It evaluates resistance to damage caused by expansion and contraction under fluctuating environmental conditions.

NALFA 3.2 Thickness Swell test assesses laminate flooring's resistance to swelling after water exposure. Initial and post-submersion thicknesses are measured at specified points, with average swell values calculated across all specimens.

NALFA 3.5 Large Ball Impact test assesses laminate flooring's resistance to fractures from impacts by a large ball. Specimens are secured, and the ball is dropped from increasing heights to determine the maximum safe impact height.

The NALFA 3.8 Dimensional Tolerances test assesses the variation in thickness, length, width, straightness, and squareness of laminate flooring tiles, ensuring they meet specified dimensional standards in unrestricted, freestanding shapes.

NALFA UL 3.3 Compression Resistance test evaluates the ability of wood flooring to withstand compressive forces. Specimens are tested under controlled conditions to determine resistance to deformation and structural integrity.

Veneer Thickness by Microscopy tests involve using microscopy to measure the thickness of wood veneers. These tests are crucial for assessing material quality and consistency in wood processing and research settings.

The ASTM D1037 Dimensional Change Test assesses wood flooring's stability by exposing samples to varying humidity levels & temperatures, then measuring the expansion and contraction. This evaluates the wood's resistance to environmental changes. Read more...

The ASTM D1308 test evaluates the resistance of wood finishes to household chemicals, assessing durability by applying chemicals and observing for damage like discoloration or blistering after a specified exposure period. Read more...

ASTM D2394-06 assesses finish flooring's resistance to impact from dropped objects using the falling-ball indentation test. It measures indentation depth and surface damage criteria across multiple drops on specimens without underlying support.

ASTM D3023-98 evaluates clear factory-applied coatings on wood for stain resistance, focusing on coatings forming continuous films. Test results distinguish differences in stain resistance, emphasizing reporting of dry film thickness.

ASTM D3459 assesses coatings on interior wood by cycling them between low and high humidity at elevated temperatures. It evaluates how coatings handle humidity-induced stresses, impacting adhesion, appearance, and durability on wood substrates.

ASTM D4828-08 evaluates the washability of interior architectural paints by assessing their ability to remove common soil and stains using household cleaning materials. It provides insights into paint formulation and comparative performance.

NALFA 3.1 Static Load test measures laminate flooring's ability to resist residual indentation. Specimens endure weights on a 1.128 in. diameter indenter for 24 hours, followed by a 24-hour recovery period for final thickness measurement.

NALFA 3.3 Light Resistance test evaluates laminate flooring's color retention under simulated sunlight exposure using a Xenon-arc weathering machine. Specimens are masked during exposure and inspected for color and surface changes afterward.

NALFA 3.6 Small Ball Impact test assesses laminate flooring's resistance to fractures from small ball impacts. A dart is dropped from increasing heights until cracks appear, testing continues until three failures occur at the same height.

The "ALFA 3.9 Castor Chair" test evaluates the change in appearance and stability of laminate floors, including joints, under castor chair movement through 25,000 or 35,000 revolutions, inspecting for delamination and seam openings.

NEMA LD3 Colorfastness to Light (Xenon Arc) 72 AFU tests high-pressure decorative laminate's color retention under simulated sunlight. Specimens are exposed for 72 hours, then evaluated for color changes categorized as no effect, slight, moderate, or severe.