HocreBoard Fiber Cement Products -Company Blog

Wood grain Mgo board is 3D type green and friendly environment board. It is made of nonflammable materials including magnesium chlo-ride, magnesia, alkali endured epoxy glass cloth, and perlite . It is manufactured by using special craft through totally automatic production line, the board features being green. Free from smell and poison, non-flammable. Free from smog, high intensity, high quality, ...

T-grid is made from hot cold-rolled galvanized steel, pressed to T shape after cooling, baked paint on surface finish.

Advantage:

• High grade galvanized steel as main material, non-deforming, fadeless, moisture proof and anti-corrosive.
• Strong close clip, better symmetry
• High load capacity
• Easy and fast installation, save installing time and labor cost
• Large production line and strict product inspection, so larger quantity and better quality are available

Specification:

Fiber-cement siding is an alternative to real wood, engineered wood, and vinyl siding options.

Fiber Cement Siding Board Surface designs are created during manufacturing, when the surface is embossed with a wood grain or left smooth.

In addition to stained, prefinished, painted, or unfinished faces, fiber cement is available in every siding type and profile, including vertical and horizontal laps, shingles, trim planks, ...

MGO BOARD SIPS panels are available in 4’ x 8’ (1220mm x 2440mm), 4’ x 9’ (1220mm x 2745mm), 4’ x 10’ (1220 x 2050mm). Thicknesses of the panels vary from 2” (50mm) – 12.25” (312mm). The thickness of the panel specified depends on application and desired thermal efficiency or R-Value.

MGO BOARD SIPS panels can be used for walls, floors, ...

MgO magnesium oxide board is a high density structurally reinforced magnesium oxide based sheathing consisting of a proprietary composition of magnesium oxide (MgO) and magnesium chloride (MgCl2) that is reinforced with multiple layers of glass fiber mesh. The sheets are made in various lengths, widths and thicknesses and are used as external sheathing panels, internal wall lining, tile backer board, flooring, sub-flooring, roofing and ...

Calcium Silicate Board is available in two types of edges finished:

Recessed Edge(RE)

-Calcium silicate board is used in the flush jointing finished. Recessed edge is applied on both of the long side of the board.

Square Edge(SE)

Calcium Silicate Board may be combined with G.I frame in its application with PVC joint or expressed joint system

Standard Product

Heavy Duty Cement Boards help create both internal and external walls which are impact resistant, load bearing & require minimal maintenance. They are ideally suited for commercial & industrial applications.

Heavy Duty Cement Boards are exceptionally stable in dimension and offer resistance to damages caused by permanent dampness or seepages. They are excellent for all kinds of internal wet area lining especially in residential segment.

Heavy Duty Cement Boards can accept wide range of surface finishes like laminates, ceramic / vitreous tiles, ...

A great substitute to gypsum board in certain applications due to its moisture resistance, quality and superior strength. Fiber Cement Board’s are highly suitable and recommended for high moisture areas including, bathrooms and kitchens as well as drywalls in service areas such as corridors, car parks, hospitality kitchens and control rooms where a high level of impact resistance is required. The superior thermal insulation properties of these boards make them ideal for extreme climatic conditions.  Also suitable for use in steel frame applications ...

MgO high strength aluminium foil anti-corrosive heat insulated roof sheet can be applied as the waterproof heat insulated roofing material used in factory buildings, office buildings, warehouses, sports venues, shopping centres, etc. It is excellent acid and alkali-resistant and high temperature resistant. These high performance characteristics makes MgO roofing suitable for being used in factories with strong acid and alkali conditions. Heat insulation performance reduces the internal building temperature by at least 10 degrees compared to a steel sheet building.