• Thermal Efficiency - provides thermal protection even in the most extreme conditions
• Fire Safety - it is not only non-combustible, it is also fireproof
• Acoustical Comfort - excellent sound absorption and sound insulation capability
• Broad using range - highest using temperature can reach 650°C
• Wiremesh - provides additional strength and flexibility allowing the product to form and hold form around process equipment, ductwork and large diameter piping

Cellular Glass or commonly referred as FOAMGLAS® insulation, is a lightweight, rigid insulating material composed of millions of completely sealed glass cells. This unique cell structure is inherently water resistant and provides a highly effective vapor barrier (will not absorb flammable liquids or vapors). It is also unaffected by common chemicals and by most corrosive environments. It withstands at operating temperatures from -450°F to +900°F (-268°C to +482°C). read more

The material is available in sectional pipe covering and fittings, board segments for equipment and curved segments for tank wall and head applications. Cellular glass insulation can be applied and coated with a variety of available adhesives and finishes.

• Noncombustible/nonabsorbent of combustible liquids
• Resistant to most industrial reagent
• Dimensionally stable under a variety of temperature and humidity conditions
• Superior compressive strength
• Resistant to vermin, microbes and moid
• Fiber, CFC and HCFC free

Rigid polyurethane (PUR) and polyisocyanurate (PIR) insulation products are highly effective, lightweight and many have the ability to bond to most materials. Their excellent thermal conductivity and high strength to weight ratio, combined with great manufacturing versatility provides a range of products. As a result, PIR/PUR insulation products are the natural choice for most construction insulation applications. PIR foam is chemically and thermally more stable: breakdown of isocyanurate bonds is reported to start above 200°C, compared with urethane at 100 to 110°C. read more

RIGID PUR insulation products are made by reacting a liquid polyol component with a liquid polymeric isocyanate, Methylene Diphenyl di-Isocyanate (MDI), component in the presence of a blowing agent and other additives. The mixed components then react exothermally to form a rigid thermosetting polymer and since the blowing agent evaporates during this exothermic reaction a rigid closed cell low density insulation product is created. Excellent insulation is achieved because the gas trapped within the closed cell structure has a very low thermal conductivity and there is minimal heat conduction through the solid cell walls due to the low density, where approximately 97% of the volume of the foam is trapped gas.

RIGID PIR differs from PUR in that it is produced using an excess of the MDI component. In the presence of an appropriate catalyst the excess MDI reacts with itself to form isocyanurate which is characterised by greater heat stability. The resultant PIR insulation products exhibit increased fire performance and reduced combustibility and higher working temperature limits compared to PUR and when incorporated into building products, can meet some of the most demanding fire performance requirements such as those currently stipulated for some applications by the insurance industry.

The material is available in sectional pipe covering and fittings, board segments for equipment and curved segments for tank wall and head applications. The density of rigid polyurethane foam (PUR/PIR) used for thermal insulation in buildings normally ranges between 30 kg/m³ and 45 kg/m³. However, it can reach 100 kg/m³ for some applications. For special applications that are subject to extreme mechanical loads, the density of the rigid polyurethane foam (PUR/PIR) can be increased to 700 kg/m³.

In-situ Foams In addition to factory made polyurethane rigid foams (PUR/PIR), in-situ foams are also used in building. They are produced with state-of-the-art equipment "in situ" on the building site itself. In-situ foams are mainly used for technical insulation applications. The in-situ foam is sprayed onto the desired surface or poured into moulds, producing a seamless structure.

• Thermo-setting polymers
• Chemically inert
• Biologically inert
• Good and versatile mechanical properties
• High thermal and electric insulator
• Excellent adhesion

Calcium Silicate is an insulation material moulded by reacting calcium silicate powder with high-pressure heat and mixing it with inorganic fibre. It is a non-asbestos, high performance insulating material designed to provide excellent thermal and heat resistance insulation of heated piping systems, equipment, process vessels used in power station, petrochemical plants, petroleum refineries, heat distributing system and other process industries.

Calcium Silicate normally available in SPI (Sectional Pipe) and Slabs.

• High strength and durability
• Low thermal conductivity
• Corrosion inhibiting performance
• High insulating effect
• Asbestos free
• Light weight
• Passive fire protection

PERLITE is a rigid, non-asbestos, water resistant, high temperature insulating material composed of expanded perlite particles bonded together by inorganic binder and reinforcing fiber designed to provide suitable insulation of heated equipment, process vessels, tanks and piping.

Calcium Silicate normally available in either blocks or SPI (Sectional Pipe).

• Moisture resistance
• Corrosion resistance
• Thermal performance
• Fire resistance
• Heat stability
• Rigid
• Ease of fabrication

Glass wool is made from silica sand, an inorganic raw material. It is produced through heating silica sand at 1200˚C - 1250˚C and transforming it into fibres. It can be manufactured in the forms of blanket, board, pipe or loose in different size and with different technical properties, with different facing materials according to the intended use and the place of use. It is used for thermal insulation, sound insulation, acoustic comfort as well as fire safety. read more

Depending on the product type, the temperature of use is between -50/+250°C. This temperature reach 500°C for loose glass wool products. It is lightweight and commonly rot proof, resistant to aging and does not corrode, decompose or allow mold formation. They are typically resistant against insects and microorganisms.

ISOWOOL ceramic fibers are lightweight and it possesses excellent refractory and insulating properties. It is designed for a wide range of applications such as steel, non-ferrous, petrochemical and ceramic manufacturing industries. It is applicable to high temperature insulations ranging from 1000℃ to 1700℃. Using electrically melted highly purified materials, those fibers are formed by the air-blown method, having excellent refractory and insulating properties.

Armacell is the global market leader in the manufacturing of flexible technical insulation materials, including Armaflex closed cell flexible elastomeric foams. The closed cell thermal insulation foams providing an in-built water vapor barrier for superior condensation control and protection against Corrosion Under Insulation – CUI. It’s cryogenic and mid range temperature insulation systems (between -180°C to +125°C) able to prevent freezing and heat losses / gains on industrial process. The covering and cladding systems able to protect installations against UV, grease, oil, salt water, mechanical impact and chemical attack. The superior material also provides good acoustic insulation for the reduction of hazardous noise levels from process equipment. read more

For use in Oil & Gas / Petrochemical Industrial Armacell Engineering System (ES) provide insulation system for:

Thermal Insulation
Acoustic Insulation
Thermal Acoustic Insulation

For refrigeration, HVAC, Building & Construction and Marine, Armacell can offer Armaflex products that meet your requirements i.e. Armaflex Class O, Armaflex NH.

Armaflex comes in tubular and sheet for ease of installation.

Aerogel is a remarkable material. Although it is the world’s lightest solid material, it is strong enough to stop a bullet in its track, and NASA used it to bring home a piece of a comet. Armacell for its part is utilizing aerogel technology to produce its ArmaGel blanket product range. Welcome to the next generation of aerogel insulation technology. Flexible and bendable. Superior thermal performance. Protection against corrosion under insulation. ArmaGel DT is the reliable solution for cryogenic and dual-temperature applications and is compatible with the Armacell Energy existing product range, giving you the best of both worlds. read more

Removable insulation jackets provides the ability to access valves and equipment without having to scrap insulation everytime. It’s easily removed and reused after every inspection or maintenance and It’s as easy as undoing a strap performing the work and reinstalling. All types of shapes can be covered with jacket type removable insulation and helps to keep the system at high efficiency and minimum safety risk. The material available in different types of securement systems such as velcro, double D ring with straps, wire with lacing hooks and many others.

LIMPET BD6 compound is a self-setting cement for internal, external and marine use as a protective layer over insulation materials such as calcium silicate, mineral wools, etc. LIMPET BD6 does not require heat for setting. For external applications LIMPET BD6 requires the protection by a flexible weatherproof coating as self-setting cements are not impervious to water. The material is supplied in a dry powder form and the compound can be applied by hand or using a sprayed system.

We supply vinyl sound barrier pad/sheet loaded with naturally occurring minerals. The product is free of lead, unrefined aromatic oils and bitumen. It has good resistance to mineral oils, greases, weak acids and alkalies.

Stainless Steel Jacketing is available as SS304, SS304L, SS316 and SS316L grade and available in Plain, 2B, 2D, Corrugated, Stucco Embosses, Corrugated and with moisture barrier. The coils are available in varies thickness and insulRef provides slitting/recoiling services to meet customer’s requirements. Jacketing can also be provided with moisture barrier consisting of Polykraft or Polysurlyn.

Aluminized Steel Type 2 is specified worldwide as insulation cladding for hot, cold, sound and fire insulation in the oil, chemical and gas industry. Other applications are corrugated steel pipe and construction products. Aluminized Steel Type 2 conforms to ASTM Specification A463.

Perforated product is generally used for personal protection in the insulation industry. Sheets of 4ft X 8ft dimension with various hole sizes, perforation pattern and pitch are available in aluminium, stainless steel, mild steel and galvanised.

Wire Mesh can be available in square or rectangle of various pitch, opening and wire thickness. It comes in stainless steel and galvanised material. Expanded Wire Mesh in both stainless steel and galvanised material also available.

GRP reduces the risk on corrosion under Insulation. Traditional aluminium jacketing is easily damaged or dented and joints are not always watertight. As a result these situations lead to unwanted water ingress. Due to it's mechanical strength, GRP allows "stepping" on insulation. Also GRP provides watertight seams. Due to the UV curing property, the installation doesn't require specials tools or prefab shops. GRP provides an excellent vapourbarrier. FibaRoll comes in the form of sheet and on-site installation then cured.

insulRef provides prefabricated cladding based on the drawing provided by customers and will deliver to the site ready to be installed.

There are approximately 40 kinds of products such as MASTIC, COATINGS, SEALANT, ADHESIVE and Cement which are used to protect Hot and Cold Insulation Materials related to Plant equipments in LNG, LPG, Oil refinery and Petrochemical and Power plant from physical environments. read more

TIC BWRAP is a Self-Adhesive Polymer Membrane product as the primary vapour barrier, which is laminated with a functional film. It prevents water leakage on the insulation materials under outdoor ambient. Heavy duty performance is suitable to use for water and vapor stop. It also does not require drying time, and the single layer’s installation meets the specific water & vapour permanence and will help to reduce the construction period and provide an easy application by wrapping.

A wide range of high quality adhesive, sealant and waterproofing products in a variety of packaging options to cater for the needs of various market segments. High performance industrial grade, acetic cure 100% silicone sealant formulated for glazing and sealing applications where long term reliability is required. It has excellent resistance to weathering, UV radiation, vibration, moisture, ozone, temperature extremes, airborne pollutants, and many cleaning detergents and solvents. It is suitable for both indoor and outdoor applications.

SHC supplying products for Hot and Cold insulations in LNG, Petrochemical complex, HVAC duct system across the globe. SHC’s extensive product line includes Adhesives, Sealants, and Mastics for attaching and sealing all types of thermal insulations on piping, tanks, vessels, and equipments to protect them from external environment. The products are specially engineered to provide maximum thermal performance for hot and cold services and for indoor and outdoor installations, and some of products are applicable for extremely low temperature up to -196. read more

SHC BUSEAL® WRAP is a self-adhesive vapor barrier sheet comprised of a butyl rubber compound laminated to an aluminium and tough PE film and a treated peel and stick release liner.

Hydrocal® B-11 cement is a reactive gypsum product that is mixed with water to form an inorganic, noncombustible adhesive or coating for fabricating, bore coating, or forming high temperature (HT) reinforced FOAMGLAS® insulation shapes. Hydrocal® B-11 is normally used at operating temperatures above 93 °C (200 °F) or in other special situations.

It is commonly used in the wrapping of mineral or rock wool or fiberglass wool to make insulation pillows or navy boards and widely used in the FRP or coating industry and as fire blanket. With a high tensile strength, it can be sewn easily to wrap around uneven surfaces to provide an effective outer layer protection against unwanted heat energy.

The usage spill over from the conventional ship and marine repair to oil and gas, petrochemical and metal construction industries. It is effectively used to shield against moderate to heavy welding sparks. It’s tight and heat treated satin weave pattern results in a thicker, heavier and stronger fabric far more resistant to heat impact from welding sparks as compared to other thinner texturized cloths.

A thicker, heavier and stronger fiberglass welding blanket recommended for use in situation where moderate to heavy molten sparks are forbidden. The fabric’s thickness and dense packing serves to protect against unwanted heavy welding sparks.

Fiberglass fabric, fiberglass cloth, bulky fiberglass cloth is a soft, flexible cloth manufactured from continuous filament texturized yarns. The fabric traps greater amounts of air and demonstrates better insulation properties and greater fullness. Fiberglass fabric is an ideal replacement for asbestos product used for thermal insulation and heat protection.

TX3000 texturized fiberglass is one of the thickest fabrics around. It used mainly for heat and cold insulation. The special thickness makes it ideal for application where heat conduction to external surfaces is undesirable.

Silica’s ability to withstand continuous molten liquid metal makes it ideal as a welding screen to protect personnel and sensitive equipment in the proximity of such high temperature works. ST600 has a continuous temperature resistance of 1100 degree Celsius and can provide effective resistance up to 1600 degree resistance for intermittent molten sparks.

It makes it ideal as a welding screen to protect personnel and sensitive equipment in the proximity of such high temperature works. Similar to ST600, it also highly resistance to various corrosive acids.

Fiberglass fabric impregnated with a specially formulated silicone rubber designed to meet the rigid requirements for use advanced application e.g. nuclear reactor linings. This special high temperature, flame retardant silicone rubber also provides greater life and improve resistance to abrasion, flexing, tearing and puncture.

Other special aluminized cloth with different thickness and weave size also available

A wide variety of fiberglass mesh for a range of reinforcement and other purposes. Our fiberglass netting combines strength with flexibility, providing an economical and engineering solution for various reinforcement applications.

Ceramic Fiber Cloth application includes welding curtains and blanket, gasket and wrapping materials, induction coil insulation, cable ab wire insulation, personnel protection and high temperature seals. This textile is woven with different thickness from a ceramic fiber yarn with superior insulation performance up to 1300 degree Celsius and inserted materials for added tensile strength.

A solvent-based acrylic adhesive with the excellent vapor barrier properties of aluminium foil and outstanding physical and chemical characteristic of Polyester film as protective layer, which is used to seal the joints of vapor foil on insulation board or as a wrap-around protective barrier on insulated pipes and vessels. It has an excellent all weather and chemical resistance for indoor and outdoor applications. Width: 50mm, 75mm, 100mm, 300mm,… up to 1220mm.

Filament tape is a pressure-sensitive tape used for several packaging functions such as closing corrugated fibreboard boxes, reinforcing packages, bundling items, pallet unitizing, etc. It consists of a pressure-sensitive adhesive coated onto a backing material which is usually a polypropylene or polyester film and fiberglass filaments embedded to add high tensile strength.

Woven Fiberglass Tape is ideal for selective reinforcement of fiberglass laminates. It can also be used for sleeve, pipe, or tank winding. Use it to join seams in separate parts and moulding. read more

These tapes are referred to as tapes only for their width and appearance—they are not adhesive backed. Their finished edges offer easier handling and a clean, finished appearance, and keep the tape from unravelling. Their plain weave construction builds in uniform strength in both horizontal and vertical directions.

With high temperature resistant up to 1050 degree celcius, they feature excellent properties of light weight, low thermal conductivity and chemical stability resisting attack from most corrosive agents. They are widely used in thermal insulation industry.

We have Ceramic Fiber Rope that are used for high temperature applications. These ropes are manufactured from high performance ceramic fibers which are spun and combined with the relevant reinforcing media to improve the tensile strength at higher temperatures. Ceramic Fiber Ropes contain 15% organic carriers, which help to establish physical formation of products which burn out at about 750 °F (400 °C). read more

These ropes are produced by twisting multiple plies of ceramic fiber wicking together. Standard 3-ply twisted rope is relatively soft and low in density and is the most economical choice. HD 9-ply twisted rope provides increased compression resistance and strength and is much higher in density (about 50% denser) than 3-ply twisted rope. Both ropes are also available with covering of Inconel wire mesh, which drastically increase resistance to mechanical abuse. This rope is famous for its specific features that include durability, reliability, high tensile strength, unmatched quality and reasonable rates.

We also offer customization of our product as per the client's demands.

Fiberglass rope is very firm and will not unravel during installation. Fiberglass rope conforms very well and is flexible. It resists acids, alkalis, bleaches and solvents and won't burn. An excellent choice for wood burning stoves, boilers, furnace and oven doors.

Max Temp: 1000° F / 538°C
100% Fiberglass Yarn

Model: Q11 1.2 x 1300
Max cutting material (mm): 0.5 – 1.2mm (Mild steel) ; 0.6mm (Stainless steel)
Rating: N/A
Size: 1620mm(L) x 900mm(W) x 1280mm(H)

Model: LC – 12R
Suitable for plate: 0.5 – 1.2mm(T)
Rating: 220V/50 – 60Hz, 1.5kw, Single Phase
Weight: 245kgs
Size: 1040mm(L) x 570mm(W) x 1050mm(H)

Model: LX – 15
Suitable for plate: 1.5mm(T)
Rating: 220V/50 – 60Hz, 0.75kw, Single Phase
Weight: 110kgs
Size: 830mm(L) x 360mm(W) x 1000mm(H)

Model: BJ – KXS
Suitable for plate: 0.5mm(T)
Rating: N/A
Weight: 15kgs
Size: N/A

Model: -
Suitable for plate: N/A
Rating: N/A
Weight: 1.8kgs
Box size: 0.26m x 0.1m x 0.09m

Model: W11G 1.5 x 1300
Suitable for plate: 1.5mm(T) * 1300mm(W)
Rating: 380V 1.5Kv three phase
Weight: 460kgs
Size: 1750mm(L) x 550mm(W) x 1150mm(H)
Top/Bottom roller diameter: 85mm

Model: W11 1.5 x 1270
Suitable for plate: 1.2mm(T) * 1270mm(W)
Rating: N/A
Weight: 223kgs
Size: 1750mm(L) x 550mm(W) x 1150mm(H)

Model: SC-1000
Plate thickness range: 0.5 – 4mm
Shearing diameter range: ¢60~¢1000mm
Power : 380V 50Hz

Model: MDHE-600
Weight: 5 Ton

Model: WS1.5 x 1300B
Suitable for plate: 1.5mm(T)* 1300mm(W)
Weight: 430kgs
Size: 1960mm(L) x 800mm(W) x 1360mm(H)