Fern Cement Wellington

MATERIAL SAFETY DATA SHEET
for
FERN TYPE G.P. and H.E. CEMENTS

This information is provided by FERN CEMENT LIMITED to assist all who use these products on how to use them safely and in compliance with all Health and Safety legislation in Employment.

IDENTITY OF THE PRODUCTS

Manufacturer SIAM CEMENT LIMITED
BANGKOK THAILAND
Web site: http://www.siamcement.com/
Distributor FERN CEMENT LIMITED
111A Churchill Drive Wellington
Products Fern Cement Type G.P. (Ordinary Portland)
Fern Cement Type H.E. (Rapid Hardening)

PRODUCT INFORMATION

Chemical Fern Cement G.P. is 95% finely ground Portland clinker and 5% approx gypsum calcium sulphate. Fern Cement H.E. is the same as G.P. except with a finer grind. Portland clinker is manufactured by heating a mixture of Limestone 25% (approx) and Marl 75% (approx) to a temperature of about 1300 celcius to produce hydraulic calcium sulphates.

PRODUCT INFORMATION

Physical
Boiling/Melting point Not applicable as all Fern Cements are powdered solids
Vapour Pressure Not applicable as all Fern Cements are powdered solids
Vapour Density Not applicable as all Fern Cements are powdered solids
Evaporation rate Not applicable as all Fern Cements are powdered solids
Solubility in water >1%
Specific Gravity 2.90 - 3.30
Appearance Various shades of grey powder
Odour All Fern Cements have no odour
Reactivity All Fern Cements are stable and do not decompose into any hazardous product(s)
Fire and Explosions All Fern Cements are non combustible and non explosive, except in very extreme conditions such as an airborne cloud of cement dust being ignited by an extreme temperature such as a lightning strike.
Storage Cement of all types needs to be kept in a dry moisture free area until used. Normal NZ temperatures will not affect cement.

HEALTH HAZARD INFORMATION

Handling Cement may burn skin and very little heat may be felt. Wash the affected skin area thoroughly after exposure to dry powder and or wet cement (mixtures). Clothing which is covered with cement powder, dust and or wet cement should be laundered before the items of clothing are reword.
Effects of Exposure Wet cement, when an ingredient in plastic concrete, slurries and or mortar, can dry unprotected skin areas and may cause caustic burns. If wet concrete comes into contact with the eyes it may cause irritation and, if swallowed (inhaled), may cause irritation to the upper respiratory system.
Cement dust may inflame the interior lining tissue of the cornea and nose. Exposure to the dust in some cases of extreme sensitivity may cause those individuals to develop and allergic dermatitis.
Responses If the eyes are affected pour clear water into the eye(s) for at least 20 minutes and alert a medical team or doctor. For exposed skin, wash the affected area with clean water and soap and remove any contaminated clothing. The medical team should be notified in the case of a large area of exposure. For inhalation of dust move the affected person(s) into the fresh air and keep them warm until the medical team arrives.
Cleanup Procedures If a spillage occurs with cement powder it should be immediately cleaned up using a dry removal method which will not disperse dust into the atmosphere. Disposal of the cement must comply with local authority requirements. If cement is contaminated it may not be put back in original container(s). Cement powder must not be allowed to flow into storm water and or sewer drains.

PROTECTION RECOMMENDATION

Skin If possible use barrier creams when working with cement and always shower after work when the work with cement has finished. Fresh protective clothing (except boots, glasses and gloves which may be reused where practicable) should be worn every day.
Eyes Tight fitting goggles should be worn in dusty areas.
Breathing An approved respirator (may be disposable) should be worn in dusty areas.
Ventilation Exhaust fans close to the source of the dust are an effective method of reducing and controlling dust levels. However all discharge levels, etc. must comply with local authority requirements

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This page last revised: 17 May, 2004
by No-Nonsense Web Sites.