Sanplatec
High Quality Labware Made in JAPAN
Founded in 1960 as a manufacturer of plastic scientific instruments in Japan. They focused on highly transparent and robust plasticware (polymethylpentene) being the first in Japan to commercialise plastic laboratory equipment to replace glass. Sanplatec has created more than 3000 original products with more than 10,000 currently including original brands such as iP-TEC live cell transport devices, LC4P gloveboxes and Flolo fluoroplastic products. They continue to develop and support products to meet the needs of researchers. |
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Sanplatec Labware & Equipment Available:
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Plastic labware
iP-TEC
Desiccators and glove boxesSanplatec manufacture using various plastics:
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PC (polycarbonate) - an extremely durable, lightweight, and impact-resistant thermoplastic, often 200–250 times stronger than glass. Known for high optical clarity, UV resistance, and heat tolerance. It is easily moulded or fabricated, widely used for safety glazing, roofing, greenhouses, and industrial machine guards.
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PFA (perfluoroalkoxy copolymer) - featuring excellent temperature stability, chemical inertness against almost all chemicals, long stability of low concentration standards, no leachable metals, extremely hydrophobic and anti-adhesive, very smooth surfaces – easy to clean and no memory effects.
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PTFE (polytetrafluoroethylene, 'Teflon') - a synthetic fluoropolymer valued for its extreme non-stick properties, high temperature resistance 260°C, and near-universal chemical resistance. It is used in cookware, industrial coatings, electrical insulation, and medical implants due to its low friction and durability
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PS (polystyrene) - a versatile, lightweight synthetic polymer used extensively for thermal insulation, packaging, and construction due to its strength, shock absorption, and cost-effectiveness. It exists in solid or foamed forms, including Expanded (EPS) and Extruded (XPS) types, and is 100% recyclable
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PE (polyethelene) - the world's most commonly produced thermoplastic, widely used for packaging, bottles, pipes, and films due to its durability, low cost, chemical resistance, and versatility. Derived from ethylene polymerisation, it is lightweight, a strong electrical insulator, and recyclable.
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PMMA (polymethyl methacrylate, 'acrylic') - a transparent, rigid, and durable synthetic thermoplastic used as a lightweight, shatter-resistant alternative to glass. Key applications include automotive components, construction glazing, medical implants, and cosmetics, known for high light transmission (92%), weather resistance, and versatility.