• Refractory Anchor System 1
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Refractory Anchor

Refractory Anchor

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Refractory Anchor

CNBM is the leading supplier of refractory anchors. We have been serving  the industry's refractory  needs for over 30 years.


Refractory metal is available in hex steel grid, special grid and expanded metal. All material is available in stainless steel and grades T304, T316, T310, T330 as well as all of the standard grades. Other refractory insulation and refractory lining products include wire mesh, expanded metal mesh and hex steel grid.

Refractory anchors and related materials are used for anchoring and assembling refractory ceramic fibre linings or for reinforcing monolithic linings of castables, plastics or ramming mixes. We carry a complete selection of refractory anchors. We can supply you with refractory anchors to suit any depth of lining. Our refractory anchor selection includes studs, V-clips, C-clips, and miscellaneous parts.
Please see below our products list for refractory anchor

Item Name
Shape
Material
Refractory Material
Temperature Range
Prime Use
Weld Type
Refractory Anchors
732
SS001
304 Stainless Steel
Mild Steel
Lightweight CastableBelow 1500°FStacks, Ducts, Process Heaters
Hand Weld
Refractory Anchors
734
SS002
304 Stainless Steel
Mild Steel
Lightweight CastableBelow 1500°FStacks, Ducts, Process Heaters
Hand Weld
Refractory Anchors
744
SS003
304 Stainless Steel
Mild Steel
Lightweight CastableBelow 1500°FStacks, Ducts, Process Heaters
Hand Weld
Refractory Anchors
749
SS004
304 Stainless Steel
310 Stainless Steel
Low to Medium Density CastableBelow 1800°FStacks, Incinerators, Reformers, Palletizing Furnaces
Hand Weld
Refractory Anchors
738
SS005
304 Stainless Steel
310 Stainless Steel
Low to Medium Density CastableBelow 1800°FStacks, Incinerators, Reformers, Palletizing Furnaces
Hand Weld
Refractory Anchors
735
SS006
304 Stainless Steel
310 Stainless Steel
Low to Medium Density CastableBelow 1800°FStacks, Incinerators, Reformers, Palletizing Furnaces
Hand Weld
Refractory Anchors

731
SS007

304 Stainless Steel
310 Stainless Steel
Low to Medium Density CastableBelow 1800°FStacks, Incinerators, Reformers, Palletizing Furnaces
Hand Weld
Refractory Anchors
611
SS008
304 Stainless Steel
310 Stainless Steel
Low to Medium Density CastableBelow 1800°FStacks, Incinerators, Reformers, Palletizing Furnaces
Hand Weld
Refractory Anchors
615
SS009
304 Stainless Steel
310 Stainless Steel
Low to Medium Density CastableBelow 1800°FStacks, Incinerators, Reformers, Palletizing Furnaces
Hand Weld
Refractory Anchors
741
SS010
304 Stainless Steel
310 Stainless Steel
Low to Medium Density CastableBelow 1800°FStacks, Incinerators, Reformers, Palletizing Furnaces
Hand Weld
Refractory Anchors
746
SS011
304 Stainless Steel
310 Stainless Steel
Low to Medium Density CastableBelow 1800°FStacks, Incinerators, Reformers, Palletizing Furnaces
Hand Weld
Refractory Anchors
698
SS012
304 Stainless Steel
310 Stainless Steel
Low to Medium Density CastableBelow 1800°FStacks, Incinerators, Reformers, Palletizing Furnaces
Hand Weld
Refractory Anchors
751
SS013
304 Stainless Steel
310 Stainless Steel
330 Stainless Steel
Medium to High Density CastableOver 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Transfer Lines
Hand Weld
Refractory Anchors
752
SS014
304 Stainless Steel
310 Stainless Steel
330 Stainless Steel
Medium to High Density CastableOver 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Transfer Lines
Hand Weld
Refractory Anchors
739
SS015
304 Stainless Steel
310 Stainless Steel
330 Stainless Steel
Medium to High Density CastableOver 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Transfer Lines
Hand Weld
Refractory Anchors
750
SS016
304 Stainless Steel
310 Stainless Steel
330 Stainless Steel
Medium to High Density CastableOver 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Transfer Lines
Hand Weld
Refractory Anchors
740
SS017
304 Stainless Steel
310 Stainless Steel
330 Stainless Steel
Medium to High Density CastableOver 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Transfer Lines
Hand Weld
Refractory Anchors
736
SS018
304 Stainless Steel
310 Stainless Steel
330 Stainless Steel
Medium to High Density CastableOver 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Transfer Lines
Hand Weld
Refractory Anchors
733
SS019
304 Stainless Steel
310 Stainless Steel
330 Stainless Steel
Medium to High Density CastableOver 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Transfer Lines
Hand Weld
Refractory Anchors
737
SS020
304 Stainless Steel
310 Stainless Steel
330 Stainless Steel
Medium to High Density CastableOver 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Transfer Lines
Hand Weld
Refractory Anchors
805
SS021
304 Stainless Steel
310 Stainless Steel
330 Stainless Steel
Medium to High Density CastableOver 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Transfer Lines
Stud Weld
Refractory Anchors
270
SS022
304 Stainless Steel
310 Stainless Steel
316 Stainless Steel
330 Stainless Steel
601 Incone
High Density Castable (Dual Component Linings)Over 2000°FRotary Kilns, Furnace Arches, Furnace Roofs, Reactor Bottoms
Hand Weld
Refractory Anchors
270
SS023
304 Stainless Steel
310 Stainless Steel
316 Stainless Steel
330 Stainless Steel
601 Inconel
High Density Castable (Dual Component Linings)Over 2000°FRotary Kilns, Furnace Arches, Furnace Roofs, Reactor Bottoms
Hand Weld
Refractory Anchors
270
SS024
304 Stainless Steel
310 Stainless Steel
316 Stainless Steel
330 Stainless Steel
601 Inconel
High Density Castable (Dual Component Linings)Over 2000°FRotary Kilns, Furnace Arches, Furnace Roofs, Reactor Bottoms
Hand Weld
Refractory Anchors
270
SS025
304 Stainless Steel
310 Stainless Steel
316 Stainless Steel
330 Stainless Steel
601 Inconel
High Density Castable (Dual Component Linings)Over 2000°FRotary Kilns, Furnace Arches, Furnace Roofs, Reactor Bottoms
Hand Weld
Refractory Anchors
613
SS026
304 Stainless Steel
310 Stainless Steel
316 Stainless Steel
330 Stainless Steel
601 Inconel
High Density Castable (Dual Component Linings)Over 2000°FRotary Kilns, Furnace Arches, Furnace Roofs, Reactor Bottoms
Hand Weld
Refractory Anchors
612

SS027
304 Stainless Steel
310 Stainless Steel
316 Stainless Steel
330 Stainless Steel
601 Inconel
High Density Castable (Dual Component Linings)Over 2000°FRotary Kilns, Furnace Arches, Furnace Roofs, Reactor Bottoms
Hand Weld
Refractory Anchors
801TB
SS028
304 Stainless Steel
310 Stainless Steel
316 Stainless Steel
330 Stainless Steel
601 Inconel
High Density Castable (Dual Component Linings)Over 2000°FRotary Kilns, Furnace Arches, Furnace Roofs, Reactor Bottoms
Hand Weld
Refractory Anchors
803TB
SS029
304 Stainless Steel
310 Stainless Steel
316 Stainless Steel
330 Stainless Steel
601 Inconel
High Density Castable (Dual Component Linings)Over 2000°FRotary Kilns, Furnace Arches, Furnace Roofs, Reactor Bottoms
Hand Weld
Refractory Anchors
271
SS030
304 Stainless Steel
310 Stainless Steel
316 Stainless Steel
330 Stainless Steel
601 Inconel
High Density Castable (Dual Component Linings)High Density Castable (Dual Component Linings)Rotary Kilns, Furnace Arches, Furnace Roofs, Reactor Bottoms
Hand Weld
Refractory Anchors
Insultwist
SS031
304 Stainless Steel
310 Stainless Steel
610 Inconel
Fibre Blanket, Fibre Modules900° to 2250°FHeat Treat Furnaces, Carbottom Furnaces, Rotary Hearth
Stud Weld
Refractory Anchors
Spear-lok
SS032
304 Stainless Steel
310 Stainless Steel
610 Inconel
Fibre Blanket, Fibre Modules900° to 2250°FHeat Treat Furnaces, Carbottom Furnaces, Rotary Hearth
Stud Weld
Refractory Anchors
Cuplock
SS033
CeramicFibre Blanket, Fibre Modules900° to 2250°FHeat Treat Furnaces, Carbottom Furnaces, Rotary Hearth
N/A
Refractory Anchors
Positgrip
SS034
304 Stainless Steel
310 Stainless Steel
Low to High Density Castable1200° to 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Stacks, Incinerators
Stud Weld
Refractory Anchors
Y-Anchor
SS035
304 Stainless Steel
310 Stainless Steel
Low to High Density Castable1200° to 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Stacks, Incinerators
Stud Weld
Refractory Anchors
Surelock
SS036
304 Stainless Steel
310 Stainless Steel
Low to High Density Castable1200° to 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Stacks, Incinerators
Stud Weld
Refractory Anchors
2 Tine Pin
SS037
304 Stainless Steel
310 Stainless Steel
Low to High Density Castable1200° to 2000°F1200° to 2000°F
Stud Weld
Refractory Anchors
3 Tine Pin
SS038
304 Stainless Steel
310 Stainless Steel
Low to High Density Castable1200° to 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Stacks, Incinerators
Stud Weld
Refractory Anchors
T-Slotted
SS039
304 Stainless Steel
310 Stainless Steel
Low to High Density Castable1200° to 2000°FOpen Hearth Furnaces, Catalytic Crackers, Rotary Kilns, Stacks, Incinerators
Stud Weld
Refractory Anchors
Double Pointed
SS040
304 Stainless Steel
310 Stainless Steel
Mild Steel
Low Temperature Ceramic Fibre600° to 1200°FStacks Heat Treating
Stud Weld
Refractory Anchors
Double Pointed
SS041
304 Stainless Steel
310 Stainless Steel
Mild Steel
Low Temperature Ceramic Fibre600° to 1200°FStacks Heat Treating
Stud Weld


Q:How are steel billets produced?
Steel billets are produced through a process called continuous casting, where molten steel is poured into a water-cooled mold to form a solid rectangular shape. The billets are then cooled, cut to desired lengths, and prepared for further processing and shaping into various steel products.
Q:How is steel used in the production of marine vessels?
Steel is extensively used in the production of marine vessels due to its strength, durability, and corrosion resistance. It is employed in various parts of the vessels, including the hull, deck, superstructure, and internal frames. Steel's high tensile strength allows ships to withstand the forces of waves and harsh weather conditions. Additionally, its resistance to corrosion ensures the longevity of the vessels, reducing maintenance costs.
Q:What are the different types of steel bridges and structures available?
There are several types of steel bridges and structures available, including truss bridges, arch bridges, suspension bridges, cable-stayed bridges, and girder bridges. Each type has its own unique design and construction method, suited for specific span lengths and load requirements.
Q:How do steel products contribute to the telecommunications and networking industry?
Steel products play a crucial role in the telecommunications and networking industry by providing the necessary infrastructure for transmitting and distributing data. Steel towers and poles are used to support antennas and satellite dishes, enabling wireless communication and connectivity. Additionally, steel cable trays and racks are utilized for organizing and protecting cables in data centers and telecom facilities. In essence, steel products provide the backbone for the efficient functioning of telecommunications and networking systems, facilitating reliable and high-speed communication worldwide.
Q:How are steel products used in the aerospace and aviation industry?
Steel products are used in the aerospace and aviation industry for a variety of applications such as structural components, landing gear, and engine parts. Steel's high strength-to-weight ratio, durability, and resistance to heat make it an ideal material for these critical components, ensuring the safety and reliability of aircraft.
Q:What are the applications of steel wire mesh in marine environments?
Steel wire mesh is commonly used in marine environments for various applications. One of the main applications is in the construction of offshore structures, such as oil rigs and platforms, where steel wire mesh is used for reinforcement and to provide structural stability. Additionally, steel wire mesh is used as a protective barrier against corrosion and erosion in coastal areas, preventing soil erosion and protecting shorelines. It is also used in aquaculture to create cages and nets for fish farming, as well as in marine equipment and machinery for filtration, separation, and containment purposes. Overall, steel wire mesh is an essential material in marine environments due to its strength, durability, and resistance to corrosion.
Q:How is steel used in the production of HVAC systems and equipment?
Steel is used in the production of HVAC systems and equipment due to its durability, strength, and heat resistance properties. It is commonly used for manufacturing ductwork, air handling units, coils, and various components of the HVAC system. Steel ensures the structural integrity of the equipment and provides a reliable and long-lasting solution for heating, ventilation, and air conditioning systems.
Q:What are the advantages of using steel bars in construction?
There are several advantages of using steel bars in construction. Firstly, steel bars are incredibly strong and durable, providing structural integrity to buildings and ensuring they can withstand heavy loads and adverse weather conditions. Additionally, steel bars have a high tensile strength, allowing for longer spans and lighter structures, which can lead to cost savings in terms of materials and construction time. Moreover, steel bars are resistant to fire, corrosion, and pests, making them a reliable choice for long-term durability. Lastly, steel bars can be easily fabricated and customized to meet specific design requirements, offering flexibility and versatility in construction projects.
Q:What are the different types of steel beams and their uses?
There are several types of steel beams used in construction, including I-beams, H-beams, and T-beams. I-beams are commonly used for structural support in buildings and bridges, as they have a high strength-to-weight ratio. H-beams, also known as wide flange beams, are used for heavy loads and long spans due to their wider flange and higher load-bearing capacity. T-beams are used in reinforced concrete construction, where the top flange of the beam is embedded in the concrete to provide additional strength. These different types of steel beams offer versatility in various construction applications.
Q:How is steel wire used in the manufacturing of springs?
Steel wire is commonly used in the manufacturing of springs due to its high tensile strength and durability. It is typically formed into coils or helical shapes, allowing it to store and release energy when subjected to external forces. The steel wire is carefully selected based on its specific properties, such as diameter and strength, to meet the desired requirements of the spring.

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