All the information on cadmium yellow

Cadmium yellow pigments are stable, inorganic colouring agents which are produced in a range of rich, vibrant shades of yellow, orange, red, and maroon. Modern day pigments are carefully engineered products manufactured in regulated chemical plants with full Health and Safety and Environmental permits under Responsible Care management and adherence. These cadmium yellow pigments have a carefully defined and engineered particle size, crystal structure, surface area and surface treatment to ensure they are not only correct for colour but also meet extremely low solubility and other key property limits.

The pigment chemistry is based on solid solutions of Cd,Zn, S, Se formed by calcining at high temperature to convert fully to a crystalline and stable hexagonal form, before undergoing a series of further treatments resulting in highly engineered pigment grade products.

These properties make cadmium yellow pigments unique. Being difficult to substitute, they are typically the materials of choice for ceramic, glass and metal decoration, plastic colouration and for the professional artist including restoration work.

Applications

Cadmium yellow pigments find niche applications in market segments where their unique blend of properties of clean colour shade, intensity, opacity, heat and light resistance and long-term stability are paramount.

Plastics

Cadmium yellow pigments have inherent high temperature resistance because of their method of manufacture and may therefore be used routinely in polymers which are processed at or above 300ºC e.g. polycarbonate, nylons and PTFE. Further, because of this high temperature resistance, all moulding sprues and off-cuts can be recycled whereas an organic may already be starting to undergo decomposition during moulding and be unable to withstand further heating.

This article comes from cadmium edit released

How to clean porcelain enamel

It is best to clean porcelain enamel cookware right away as the surface can crack and chip if food residues are left to dry inside the pot or pan.

Avoid using steel wool scrubbers or other abrasive cleaning items on porcelain enamel. Some porcelain enamel cookware is dishwasher safe, just be sure to check first and to wipe out food residues before putting porcelain enamel in the dishwasher.

As porcelain enamel is part metal, it is typically not microwave safe. It may be useable on induction cooktops, though, so is a great option if you’re looking for cookware options in an energy efficient kitchen.

All in all, I’d say porcelain enamel is a decent option for eco-friendly cookware, but you’re much better off with ceramic, cast iron, carbon steel, stainless steel, or metal-ceramic, rather than porcelain enamel.

This article comes from leafscore edit released

Benefits of industrial enamel

Industrial enamel is porcelain enamel (also called vitreous enamel), which is dry milled & coated with an organic layer in order to make it suitable for electrostatic charging.

Industrial enamel refers to a modern industrial enamel technology, which involves the spraying & deposition of electrostatic charged dry powder enamel on metal substrates.

This relative new application method has many benefits compared to traditional wet enameling and is therefore preferred by major appliances & water heater manufacturers worldwide.

Benefits of industrial enamel

Industrial enamel has many benefits compared to traditional wet enameling, such as:

  • Improved coating quality
  • Simplification of enameling process
  • Reduction of enameling cost
  • Environmental friendly
  • Saving factory floor space

This article comes from ditmer edit released