PMMA plate Sandblasted - SB6

Through our knowledge and expertise, WENEOS has developed theHelioplate SB6, a revolution in the field of substrates for sun protection evaluation, marking the advent of the world’s first patented sandblasted PMMA substrate. Meticulously engineered using an exclusive sandblasting process, the Helioplate SB6 substrate is synonymous with quality and precision, guaranteeing the reproducible roughness essential for reliable in vitro absorbance measurements.

Accompanied by a quality certificate, each Helioplate SB6 substrate ensures compliance with international standards such as ISO 24443:2021, ISO/DIS 23675, ISO/CD 23698 and others, making this substrate indispensable for the accurate assessment of Sun Protection Factors(SPF), UVA protection(UVAPF), and more. Designed to be UV-transparent, non-fluorescent, photostable and inert to the various ingredients tested, Helioplate SB6 substrate stands out as the solution of choice for professionals demanding the highest quality in their solar analyses.

Optimized for use with robotic spreading system
SPREADMASTER
robotized spreading system, the Helioplate SB6 substrate facilitates uniform and precise application of suncare products, increasing the reproducibility and reliability of test results. This combination of technical innovation and standards compliance makes Helioplate SB6 the benchmark sandblasted PMMA substrate for laboratories and research institutes dedicated to the advancement of suncare.

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roughness (Ra)

quality certificate

compliance with solar standards

Product information

Directions for use

Polymethyl methacrylate (PMMA ) substrate (plate) on which the solar product will be applied for absorbance measurements.

When using this substrate, it should be handled by the edges and moved using a support (metallic support) to keep the surface temperature as stable as possible.

The droplets should be applied evenly (equidistantly) to the rough surface of the PMMA plate, as shown in the diagram below:

The sun protection product is applied to a new untreated rough PMMA plate with the rough side up (use only once, cannot be cleaned) by mass, at an application rate of 1.2 mg/cm² (±1.5%) according to ISO standards or 0.75 mg/cm² according to FDA 2011 standard.

Given an application area of 47 mm x 47 mm, the quantity applied is 26.5 mg (ISO standard) or 16.5 mg (FDA standard).

The product can be spread manually or robotically, depending on the standard used, using the SPREADMASTER. The product should be spread in a two-phase process with circular and then linear movement cycles, as shown in the diagram below, for example:

For all types of product, the treated sample must be left to dry for a set time in the dark at a controlled temperature (using the THERMASTER) before proceeding to the next steps (spectrophotometric measurement, UV exposure, etc.).

Technical information

Dimensions	L: 50 mm x W width : 50 mm x H : 1.5 mm
Weight	4.5 g for one plate
Packaging	Quantity of 50 plates
Compliance	ISO/DIS 23675 – In vitro SPF ISO/CD 23698 – HDRS ISO 24443:2021 – UVAPF in vitro FDA monograph 2011 – Broad Spectrum Boots Star Rating system 2011 – UVA/UVB ratio
Rough surface (parameters)	Ra (µm) = 4.188 ± 0.514 Rv (µm) = 11.402 ± 2.499 Rdq (°) = 11.004 ± 1.938 A1 (µm2 mm-1) = 238.252 ± 72.663 Ssc (1/μm) = 0.032 ± 0.015 Vvv (mm3/mm2) = 8.701.10-4 ± 2.325.10-4
Optical property	290 nm: > 60% T 300 nm: > 69% T 320 nm: > 81% T
Chemical substances	Cadmium and cadmium compounds: ABSENCE Hexavalent chromium compounds : ABSENCE Lead and lead compounds: ABSENCE Mercury and mercury compounds: ABSENCE OTC/TPT: ABSENCE TBTO : ABSENCE Kerosene chloride (short caine) : ABSENCE PBBs : ABSENCE PBDEs : ABSENCE PCBs : ABSENCE Polychlorinated naphthalene (with three or more chlorines) : ABSENCE Asbestos : ABSENCE Specific azo compounds: ABSENCE Ozone-depleting substances: ABSENCE Radioactive substances: ABSENCE
Conditions of use	Temperature : [5° – 45°C]
Storage	Do not expose to direct sunlight Do not leave in a high temperature or high humidity area. Do not allow it to come into contact with other rubber and plastic products over long periods of time