Mita

What is GRP?

GRP is the abbreviation of Glass Reinforced Polymer, meaning it is a man-made resin based material which makes it a polymer, reinforced with glass. Polymer itself is extremely strong. It is a fiber material and in contrary to how it sounds it is very durable. It is resistant to most chemicals, stretching and shrinking, resistant to mildew and abrasion as well. When it is reinforced with glass, it becomes a structural polymer. You can build and construct many things as well as cable ladders, trays, posts etc which are resistant to fire and highly corrosive environments. Further to these, GRP does not conduct heat. It has extra durability to adverse weather conditions and has UV stability which makes it an excellent candidate for outdoor applications, even for Wind substations built in the middle of the sea. The range is composed of ladders, trays or so called troughs in rail business language and it can support any type of power and data cable runs.

GRP Cable Support

Solutions for every application GRP (Glass Reinforced Polymer) cable support systems possess unique properties which enable them to resist many corrosive environments, particularly where conditions indicate that conventional materials may not provide an economic service life. 

 

Our offer includes a complete GRP cable support system range specifically designed for harsh and corrosive environments ensuring a sustainable installation through its lifetime. Serving industries of transportation, onshore and offshore power, water and waste management, chemicals, pharmaceuticals and many more, Mita GRP stands for “peace of mind” with its “fit and forget” solutions.

Cabsys

GAL

GMAX

GMLN

GXL

FLEX

Product 1 - 21 of 907 products
Corrosion class Environmental corrosion Examples of typical environments in temperate climates (informative) Wibe Group designation
Outdoors Indoors
C1 Very low   Heated areas with arid atmosphere and insignificant quantities of pollutant, e.g. offices, shops, schools and hotels. Electro-galvanized
DIN 50961/ISO 2081
C2 Low Atmospheres with low levels of airborne pollution. Rural areas. Non-heated areas with fluctuating levels of temperature and humidity. Few instances of condensation and low levels of airborne pollution, e.g. sports halls and warehouses. Pre-galvanized
Z 275 in accordance with EN 10346
C3 Average Atmospheres containing some salt or average levels of air-borne pollution. Urban and light industrial areas. Areas affected by coastal conditions. Areas with average levels of humidity and some airborne pollution resulting from production processes, e.g. breweries, dairies, laundries. Hot-dip galvanized
after manufacture in accordance with EN-ISO 1461		 Zinc+ coating
C4 High Atmospheres with average salt content or discernible levels of airborne pollution. Industrial and coastal areas. Areas of high humidity and considerable airborne pollution as the result of production processes, e.g. chemical plants, swimming pools and dockyards.
C5 Very high Industrial areas with high humidity and aggressive atmosphere, and coastal areas with high salinity Buildings with almost permanent condensation and with high pollution Zinkpox®
HDG+powder coating
Stainless steel
EN 1.4301/AISI 304
CX Extreme Offshore areas with high salinity, industrial areas with extreme humidity, and aggressive atmospheres, sub-tropical or tropical atmospheres. Industrial buildings with extreme humidity and aggressive atmosphere. Stainless steel
EN 1.4404/AISI 316L