LTRE - Transition® LED Enclosed High Efficiency Architectural Lens|
Perfect for health care environments, the LTRE has specialty options such as antimicrobial paint, which resists bacterial growth on exposed painted surfaces, wet location listing, and a full length layer of gasketing.
Non-flush, stainless steel metal face sensors with extremely long ranges
Eliminate sensor failure from target impact and the harsh effects of extreme environments. Ifm's 316 stainless steel, metal face sensors resist aggressive chemicals, will not corrode, and offer a true non-flush operation with no false outputs.
Looking For Special Fittings?|
Industrial Specialties Mfg performs a unique role. If what we offer isn't exactly what you need, we'll design something that is. We'll provide special products at volume levels where others won't. Also check out our 150,000 standard fittings.
From basic storage boxes to multi-colored card stock, cardboard is available in an array of sizes and forms. A term for heavier paper-based products, cardboard can range in manufacturing method as well as aesthetic, and as a result can be found in vastly different applications. Because cardboard doesn’t refer to a specific material but rather a category of materials, it is helpful to consider it in terms of three separate groups: paperboard, corrugated fiberboard, and card stock.
Paperboard is typically 0.010 inches in thickness or less, and is essentially a thicker form of standard paper. The manufacturing process begins with pulping, the separation of wood (hardwood and sapwood) into individual fibers, as accomplished by mechanical methods or chemical treatment.
Mechanical pulping typically involves grinding the wood down using silicon carbide or aluminum oxide to break down the wood and separate fibers. Chemical pulping introduces a chemical component to the wood at high heat, which breaks down the fibers that bind cellulose together. There are approximately thirteen different kinds of mechanical and chemical pulping used in the U.S.
Semichemical processes pre-treat wood with chemicals, such as sodium carbonate or sodium sulfate, then refine the wood using a mechanical process. The process is less intense than typical chemical processing because it doesn’t completely break down the fiber that binds cellulose, and can take place at lower temperatures and under less extreme conditions.