<\/em>Skin protection<\/a><\/h3>\nThe skin protection products noted in the skin protection plan are to be used before starting work, after taking breaks and after every wash.<\/p>\n
<\/em>Skin cleansing<\/a><\/h3>\nSkin must be cleansed using a cleanser (pH-neutral or slightly acidic and containing no scrubbing medium) before breaks and at the end of the working day.<\/p>\n
<\/em>Skin care<\/a><\/h3>\nThe skin care products cited in the plan must be used at the end of the working day.<\/p>\n
Correct application is essential<\/h3>\n
Even when protection products are available, production employees must handle coolants responsibly. If coolants are used in the workplace, employees must not eat, drink or smoke, and must not touch their eyes or mouth with unclean hands. Washing facilities with warm running water and towels for drying must be available in the work area for cleaning contaminated areas of skin.<\/p>\n
Production managers who choose a coolant with good skin compatibility can make an important contribution to improving skin protection, as well as health and safety. There are some factors to consider when choosing the coolant.<\/p>\n
Free from amine and boric acid to protect the skin<\/h3>\n
Coolants that are free from amine and boric acid are highly recommended because they are particularly kind to the skin and have low allergy potential. At the same time, coolants free from amine and boric acid prevent the formation of carcinogenic nitrosamines. As they avoid these ingredients, they are significantly more skin-friendly and reduce the potential risk to the skin, according to current research.<\/p>\n![\"Document](\"https:\/\/rhenus.betadevelopment.de\/wp-content\/uploads\/1993-2.jpg\")
<\/figure>\nEmployees and companies benefit<\/h3>\n
Due to the decreased risk potential, skin-friendly coolants are an advantage not only for machine operators, but are also becoming ever more highly rated by production managers and health-and-safety officers. On the one hand, these coolants actively help to improve employee protection. On the other hand, they can reduce illness-related and consequently, in part, costly absences.<\/p>\n![\"Consultation](\"https:\/\/rhenus.betadevelopment.de\/wp-content\/uploads\/hautschutz-arbeiter-gespraech.jpg\")
<\/figure>\nOptimum health and safety as well as high performance<\/h3>\n
As the innovation leader, we at Rhenus Lub offer amine and boric acid-free coolants in our product range that are just as efficient. They work in favourable pH conditions of 7.5 to 8.5, and ensure excellent protection of the skin and a low allergy risk at the same time. The gentle effect of our products is also supported by tests that measure the skin\u2019s natural moisture loss (TEWL: \u201cTransepidermal water loss\u201d).<\/p>\n
Do you need help with product selection?<\/h4>\nUse our product finder!<\/h3>\n
Skin must be cleansed using a cleanser (pH-neutral or slightly acidic and containing no scrubbing medium) before breaks and at the end of the working day.<\/p>\n
<\/em>Skin care<\/a><\/h3>\nThe skin care products cited in the plan must be used at the end of the working day.<\/p>\n
Correct application is essential<\/h3>\n
Even when protection products are available, production employees must handle coolants responsibly. If coolants are used in the workplace, employees must not eat, drink or smoke, and must not touch their eyes or mouth with unclean hands. Washing facilities with warm running water and towels for drying must be available in the work area for cleaning contaminated areas of skin.<\/p>\n
Production managers who choose a coolant with good skin compatibility can make an important contribution to improving skin protection, as well as health and safety. There are some factors to consider when choosing the coolant.<\/p>\n
Free from amine and boric acid to protect the skin<\/h3>\n
Coolants that are free from amine and boric acid are highly recommended because they are particularly kind to the skin and have low allergy potential. At the same time, coolants free from amine and boric acid prevent the formation of carcinogenic nitrosamines. As they avoid these ingredients, they are significantly more skin-friendly and reduce the potential risk to the skin, according to current research.<\/p>\n<\/figure>\nEmployees and companies benefit<\/h3>\n
Due to the decreased risk potential, skin-friendly coolants are an advantage not only for machine operators, but are also becoming ever more highly rated by production managers and health-and-safety officers. On the one hand, these coolants actively help to improve employee protection. On the other hand, they can reduce illness-related and consequently, in part, costly absences.<\/p>\n<\/figure>\nOptimum health and safety as well as high performance<\/h3>\n
As the innovation leader, we at Rhenus Lub offer amine and boric acid-free coolants in our product range that are just as efficient. They work in favourable pH conditions of 7.5 to 8.5, and ensure excellent protection of the skin and a low allergy risk at the same time. The gentle effect of our products is also supported by tests that measure the skin\u2019s natural moisture loss (TEWL: \u201cTransepidermal water loss\u201d).<\/p>\n
Do you need help with product selection?<\/h4>\nUse our product finder!<\/h3>\n
<\/figure>\nEmployees and companies benefit<\/h3>\n
Due to the decreased risk potential, skin-friendly coolants are an advantage not only for machine operators, but are also becoming ever more highly rated by production managers and health-and-safety officers. On the one hand, these coolants actively help to improve employee protection. On the other hand, they can reduce illness-related and consequently, in part, costly absences.<\/p>\n As the innovation leader, we at Rhenus Lub offer amine and boric acid-free coolants in our product range that are just as efficient. They work in favourable pH conditions of 7.5 to 8.5, and ensure excellent protection of the skin and a low allergy risk at the same time. The gentle effect of our products is also supported by tests that measure the skin\u2019s natural moisture loss (TEWL: \u201cTransepidermal water loss\u201d).<\/p>\n<\/figure>\nOptimum health and safety as well as high performance<\/h3>\n
Do you need help with product selection?<\/h4>\n
Use our product finder!<\/h3>\n