Anchoring Agent

Why Choose Us?

Complete Qualifications
The company has now developed into a high-tech enterprise with complete products, excellent quality, large scale and strong production capacity in the same industry. The company has made more than 100 scientific and technological innovation achievements and obtained 28 national patents.

Grouped Equipment
The supporting equipment includes automatic production line of anchor rod, automatic shearing production line of anchor rod, pallet production line, anchor cable production line, W guard plate production line and other production and processing equipment.

Wide Range of Applications
The company's products cover dozens of kinds of mining lamps, concrete-filled steel tubular supports, production and processing equipment for support products, anchor rods, anchor cables, anchoring agents, various metal meshes, hose assemblies, steel ladders, steel belts, etc.

Professional Service
The company pays attention to after-sales service, has a perfect after-sales service system and a strong technical support team, to provide customers with all-round, efficient and timely after-sales service. The company's after-sales service scope includes product installation, commissioning, training, repair, maintenance and other links to ensure that customers can get high-quality after-sales service and support.

Definition of Anchoring Agent

Anchoring agent is a functionalized organic siloxane compound, contains vinyl and epoxy groups, and directly selects polyorganosiloxane containing hydroxyl and an alkoxy silane compound containing vinyl groups to carry out polycondensation reaction in the preparation process, so that the generation of impurities in the reaction process can be reduced, the performance of the anchoring agent is further improved, and the prepared release agent has higher adhesive force and lower stripping performance when interacting with a substrate (such as paper and polymer film), and the storage stability of the anchoring agent at room temperature can be improved.

Mining Anchoring Agent
Fixing the rebar: Before the concrete is poured, the rebar is inserted into place and then anchored in the concrete. In this way, when the concrete is solidified, the rebar will not move or be...
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Anchorage Agent For Mines
Anchor agent is a special material widely used in construction engineering, mining engineering, and other fields, mainly used for strengthening and fixing specific structures or equipment. The...
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Hollow Grouting Anchor Cable
The body of the hollow grouting anchor cable features a novel hollow structure with an integrated grout core tube. Utilizing reverse grouting, it eliminates the possibility of air pockets and...
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Resin Anchoring Agent for Tunnel
Anchoring of road studs and reinforcement for concrete sleepers and bridge sleepers of railway lines: Resin Anchoring Agent for Tunnels play a key role in fixing here, ensuring the stability and...
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Injectable Epoxy Resinanchoring Agents
Secondly, the injectable epoxy resinanchoring agentsor prestressed anchor cable can increase the normal force on the potential sliding surface, thereby increasing the frictional resistance of the...
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Resinanchoring Agents
Simple and fast construction: The anchoring agent is easy to use, relatively simple to operate, and can be quickly installed and fixed on the construction site, thus saving construction time.
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Adhesive Polyester Chemical Resin Capsule
Chemical anchoring agent: Anchor rods, steel bars, etc. are fixed in concrete by chemical reaction. Common chemical Adhesive Polyester Chemical Resin Capsule include epoxy, polyurethane, and...
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Base Roll Anchoring
Strong anchoring force: The Base Roll Anchoring produced by our company has excellent anchoring performance, and can reach a high anchoring force in a short time to ensure the stability and safety...
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Performance Stable Anchoring Agent for Mining
When using Performance Stable Anchoring Agent for Minings, adequate safety measures should be taken to avoid misoperation and adverse events. At the same time, it is necessary to pay attention to...
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Cement Concrete Anchoring Agent
Mechanical Cement Concrete Anchoring Agent, also known as force anchor, is used to achieve anchoring by burying the anchor in advance to control the load. Its main characteristics are simple...
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Resin Anchoring Agent for Bonding Large
Fast anchoring agent: Its curing time is usually between 5 and 10 minutes, and it can achieve a high initial strength in a short time. Medium speed anchorage: The curing time is between 10 and...
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Cement Anchoring Agent
The curing time has a significant effect on the strength development of the Cement Anchoring Agent. The curing time of the Cement Anchoring Agent is a relatively complex issue, which depends on a...
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Benefits of Anchoring Agent

Durability
Anchoring Agents are known for being the most durable and long-lasting in the business. It can withstand moisture, chemicals and other solutions, uv rays — whatever the environment or manmade conditions throw at this adhesive, it will stand up to it. Polyester is also known to stand up to any tears, ensuring your labels remain intact.

Resistance
Extreme hot or cold temperatures; chemicals, solvents, oils or cleaning products; sunlight; water, humidity, moisture, and polyester labels are resistant to the harshest environment. Whether you need a label to stick at the north pole, the south pacific, or in hurricane alley, polyester is the right choice.

Versatility
Sure, it can stand up to just about anything, but sometimes, a label has to look good while doing it. Not only does polyester stay stuck in just about any condition or application, it is also versatile in terms of how it looks.

Preparation Method of Anchoring Agent

The preparation method of the anchoring agent comprises the following steps:

Carrying out polycondensation reaction on polysiloxane containing a silicon hydroxyl group and alkoxy organosiloxane compound containing a vinyl group to generate organosiloxane A containing the vinyl group and the silicon hydroxyl group.

Reacting organic siloxane A containing vinyl groups and silicon hydroxyl groups with hydrolyzable organic siloxane B containing epoxy groups under the action of a catalyst to obtain the anchoring agent.

How Do Anchoring Agents Work?

The working of anchoring agent depends on the types of bonding process used to attach the surfaces to each other. Mechanical adhesion and chemical adhesion are two types of bondings that can be used to stick one surface to another with anchoring agents.

Usually, surfaces that need to be attached with the help of anchoring agents, have a lot of micropores. These pores when filled with anchoring agents act as grips to keep another surface attached to them. This is called mechanical adhesion. With mechanical adhesion, the anchoring agents are in liquid form. The liquid adhesives will gradually penetrate the pores during the drying and curing process. You should also keep in mind that mechanical bonding is dependent on the surface roughness and surface energy of the substrates to be bonded. The higher the surface energy and roughness of a substance, the stronger is the bond.

On the other hand, chemical bonding is completely different which sees the surface of a material completely bond with another material on a molecular level. It is a complex process but very effective at the same time. Chemical bonding is further categorised into two types; adsorption and chemisorption depending on the type of bond between the adhesive's molecules and the surface. Although chemical adhesives are easily available, they are not a common form of anchoring agent used in industries.

How Strong Should an Anchoring Agent Be?

When choosing an adhesive, people tend to look for the 'strongest' one. However, not every application requires the strongest adhesive. In some cases it is important that strength does not develop too fast.

This gives operators the opportunity to reposition the foam while the adhesive is still wet.

In other cases, strength is not the most important factor because a fabric cover will keep the foam in place. For high-tension bonding, high initial strength is the most important.

Anchoring Agents & Anchoring Systems

Application procedures for anchoring agents include, but are not limited to:

Type

Type refers to the exposure:
Type I: Non-load bearing, bonding hardened concrete to hardened concrete.
Type II: Non-load bearing, bonding fresh concrete to hardened concrete.
Type III: Bonding skid resistant materials to traffic bearing surfaces.
Type IV: Load bearing, bonding hardened concrete to hardened concrete.
Type V: Loading bearing, bonding fresh concrete to hardened concrete.

Grade

Grade refers to the viscosity of the mixed epoxy:
Grade 1: Low Viscosity (water – mud oil)
Grade 2: Medium Viscosity (syrup – honey)
Grade 3: Gel (peanut butter – caulk)

Class

Class refers to the temperature limits at the time of placement, for both ambient and surface.
Class A Application Temperature: <40 degrees F
Class B Application Temperature: 40-60 degrees F
Class C Application Temperature: >60 degrees F

Procedures

Surface preparation is critical prior to applying anchoring agents. Surfaces to be bonded must be clean and structurally sound. Remove all oil, grease, dirt, laitance, curing compounds, and any other foreign matter. This includes bolts, rebar or threaded rod. All drilled holes must be cleaned out with a nylon brush. Remove dust and loose material. Use clean, oil free compressed air to blow out any remaining water, dust, or debris prior to application.
Anchoring agents must be proportioned and mixed at the correct ratios. If the ratio is incorrect, performance of the cured epoxy may drop and/or the epoxy will not cure and set up.
Thoroughly mix Part A and Part B separately. Then mix Part A and Part B together thoroughly for three minutes with a low speed motor using a Jiffy mixer or paddle. Mix only as much material as can be used within the pot life.
When extending epoxy with aggregate always use clean, dry aggregate.
Anchoring agents are very temperature dependent. High temperatures will accelerate set times and low temperatures will slow down set times.

Anchoring Agent: Measuring Adhesive Strength

Adhesive strength is usually measured by pull, shear and peel tests.

Pull

The maximum stress that a material can withstand while being stretched or pulled before failing or tearing.

Shear

The resistance of an adhesive to shearing stresses.

Peel

The resistance when a substrate is peeled from the edges.

Anchoring Agent Applications in Various Industries

Bonding:
Bonding is a process in which two surfaces are practically joined together with the help of a suitable adhesive, such as epoxy adhesives. Anchoring agents are used for bonding materials in various industries, such as electronics, medical, food, optical, chemical and oil and gas industries to bond a range of metals, ceramics, glass, plastics, rubbers and composites.

Sealing:
Unlike bonding which sees two surfaces fused together, sealants are ideal for closing gaps and cavities to block fluids, dust, and dirt from either entering or getting out. Sealants are widely used in aerospace, oil and gas, chemical, electronic, optical, automotive and specialty oem industries.

Coating:
Coatings are predominantly used in aerospace, electronic conformal coating, along with some other uses in oem and oil & chemical industries. Industrial adhesive coatings can provide superior protection against chemicals, dust and moisture, reduce friction, improve abrasion resistance and provide emi/rfi shielding.

Potting:
Potting is an encapsulation method used in the electronics industry to cover small or large electrical components placed inside a housing with a suitable potting material that can withstand high temperatures, protect the circuits from moisture, dirt, dust and other harsh conditions. Potting and encapsulation are used for electronic and microelectronic components, such as sensors, motors, coils, transformers, capacitors, switches, connectors, power supplies, and cable harnesses.

Impregnation:
Impregnation is a method used to wet various fibres, such as glass, carbon, kevlar, aramid among others. Once the fibres are completely saturated with the resin, the resin is allowed to fully cure in place forming a composite substrate. Such impregnated composite surfaces are widely used in the aerospace, windmill and electronics and electrical industries.

What Is the Importance of Anchoring Agent?

Anchoring agent is important for holding materials together and creating a surface attachment that is resistant to separation . It is used in various industries, both for structural and non-structural purposes, due to its ability to provide load transfer and better performance than welded structures . Adhesives have become increasingly popular in the building industry, particularly for structural bonding, because of their lower cost, lightweight structure, durability, and improved performance.

Adhesive properties, such as cohesion, adhesion, and bond susceptibility types, are crucial for understanding and selecting the right adhesive for specific applications, such as bookbinding and packaging .

Additionally, advancements in adhesive technology, such as the incorporation of acrylic polymer resin emulsion, have improved adhesiveness to various materials, including converted paper, varnished paper, press coated paper, and printing-ink coated paper.

Our Factory

Founded in 1997, Jining Luoling New Mining Products Co., Ltd. is a wholly-owned state-owned mining new product enterprise, located in Zoucheng, which is known as the hometown of Confucius and Mencius and the state of etiquette. As a subsidiary of Jining Energy Development Group Co., Ltd., we have strong financial and technical strength, and are high-tech enterprises with complete products, excellent quality, large scale and strong production capacity in the same industry in China.
The company's products cover dozens of kinds of mining lamps, concrete-filled steel tubular supports, production and processing equipment for support products, anchor rods, anchor cables, anchoring agents, various metal meshes, hose assemblies, steel ladders, steel belts, etc. Our support product production and processing equipment mainly includes bolt production line, anchor cable production line, pallet production line, W guard plate production line, bolt automatic cutting production line, bolt bevel automatic shearing production line, etc., all using exquisite production technology and technical equipment, to provide customers with high-quality, reliable products and services.

Our Certificate

Production Equipment

The supporting equipment includes automatic production line of anchor rod, automatic shearing production line of anchor rod, pallet production line, anchor cable production line, W guard plate production line and other production and processing equipment.

Ultimate FAQ Guide to Anchoring Agent

Q: Can I pour over uncured anchoring agent?

A: Applying properly mixed epoxy over the existing uncured layer will not solve the problem. You will need to take denatured alcohol, paint scraper/squeegee, chisel and mallet to remove the uncured layer. Once you find a soft spot you need to dig your tool into the surface layer and start scraping it off.

Q: Do I need to apply a clear top coat over the Anchoring Agent?

A: Clear top coats are usually applied to water-based products to prevent decorative fleck from chipping off. Water-based epoxy floor coatings are only 1.5 to 2 mils thick, which is as thin as a sheet of paper.

Q: How long does it take for Anchoring Agent to dry?

A: Load can be applied after 4 hours at 77°F (25°C). Adhesive is fully cured and achieves best strength in 24 hours at 77 °F (25 °C). Note: compressing the plunger half way fully dispenses all material simultaneously from the front and back interior sections of the cartridge.

Q: What is the best Anchoring Agent?

A: The most common type of chemical anchor, epoxy, comprises an epoxy resin and a hardening agent that mix and create a high-strength adhesive.

Q: How do you harden Anchoring Agent after curing?

A: Recoat: Add another fresh layer of doming resin on top of the sticky spots.
Move your artwork into a warmer spot for 24 and let it dry ( resin drying time 20-24 hours ).
Sand the entiry sticky surface off with 80-grit sandpaper and pour another resin coat layer.

Q: What is the strength of anchoring agent?

A: Adhesive strength is usually measured by pull, shear and peel tests. Pull: the maximum stress that a material can withstand while being stretched or pulled before failing or tearing. Shear: the resistance of an adhesive to shearing stresses. Peel: the resistance when a substrate is peeled from the edges.

Q: Why is anchoring agent important?

A: Anchoring agent is important for holding materials together and creating a surface attachment that is resistant to separation. It is used in various industries, both for structural and non-structural purposes, due to its ability to provide load transfer and better performance than welded structures.

Q: Are anchoring agents strong?

A: With chemical anchoring, a resin is injected into the hole prior to insertion of the fixing stud, creating an incredibly strong anchoring point.

Q: How does an anchoring agent achieve final bond strength?

A: To further understand the strength of adhesives, it is easiest to separate the process in three stages: initial tack, adhesive strength building and final bond strength. Initial tack is the property of an adhesive that enables it to instantly form a bond after the adhesive and the substrate are brought into contact under low pressure.

Q: How strong should an anchoring agent be?

A: When choosing an adhesive, people tend to look for the 'strongest' one. However, not every application requires the strongest adhesive. In some cases it is important that strength does not develop too fast. This gives operators the opportunity to reposition the foam while the adhesive is still wet.

Q: What is anchoring agent good for?

A: Anchoring agent, also known as glue, cement, mucilage, or paste, is any non-metallic substance applied to one or both surfaces of two separate items that binds them together and resists their separation.

Q: How long does anchoring agent take to cure?

A: In general, slow curing chemical anchors would be at least a few hours where a fast cure will be closer or under one hour. An an example, the Hilti RE 500 V3 which is a slow cure product takes seven hours to fully cure and the HY 200-R which is a fast cure product takes an hour.

Q: How long should anchoring agent set before pouring?

A: Doming - you can apply your resin right after the 5 minute rest period, or let the resin thicken for up to 25-30 minutes. Varnishing - best applied by pouring, or spreading with mixing wand, right after rest period, or up to 20 minutes after mixing.

Q: What are the uses of anchoring agent?

A: Anchoring agents are used for bonding materials in various industries, such as electronics, medical, food, optical, chemical and oil and gas industries to bond a range of metals, ceramics, glass, plastics, rubbers and composites.

Q: What are the positive effects of anchoring agents?

A: Anchoring agents improve appearance. Adhesives provide virtually invisible fastening to keep surfaces smooth and clean with no visible screws, rivet heads or protruding nuts and bolts. Adhesives also save the time and cost of refinishing welding burn marks.

Q: What are the benefits of using anchoring agent?

A: Anchoring agents are known for being the most durable and long-lasting in the business. It can withstand moisture, chemicals and other solutions, UV rays — whatever the environment or manmade conditions throw at this adhesive, it will stand up to it.

We're professional anchoring agent manufacturers in China, specialized in providing high quality customized service. We warmly welcome you to wholesale bulk anchoring agent in stock here from our factory. For price consultation, contact us.

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