Specifications of chemical anchors, M20 chemical anchor size specifications

The grade indicates the material of the screw. Such as level, level. For example, the inverted conical shaped chemical anchor bolt of Nanjing Mancartel, the tensile force of grade M12 is 68 kN, but the average brand is only 20 kN!

Because the special MT500 planting reinforcement glue equipped by Nanjing Mancartel is a grade A glue, the screw of the glue pulling M30 is screw yielding. It has passed the fire protection certification, underwater application certification, anti-aging 50 years certification, and safety appraisal certification! It has been widely used in key projects including Shanghai Disneyland and Harbin Metro!

Among the mechanical anchor bolt manufacturers, it is also better to belong to Nanjing Mancart. Contact Mancartel 4oo 894 5118 Nanjing Mancatel's mechanical anchors have passed the seismic resistance, fatigue resistance certification and fire protection certification. Take 12 as an example, the rally reaches more than 60 thousand N!

It has been widely used in Nanjing Metro, Shenzhen Metro, Marriott Hotel, etc

Chemical anchor bolt specifications: drilling diameter (mm), drilling depth (mm), anchorage length (mm), destructive force (kn): m8 110mm 108075 130mm 129590 30m12 145mm 14115110 43m12 160mm 14115110 190mm 18135130 260mm 24165160 300mm 28225220 141

The dimensions of the M20 chemical anchor are 20mm in diameter and 120mm in length. This type of anchor bolt is commonly used in the construction and machinery industries and can be used to secure different types of structural parts.

In the industrial field, anchors are commonly used fixing elements, while chemical anchors are a special type of anchors that have higher load-bearing capacity and better corrosion resistance compared to traditional mechanical anchors. Compared to mechanical anchors, chemical anchors are more flexible to use and can be used on a variety of different base materials, including concrete, brick, and stone.

In addition to this, chemical anchors can be installed more quickly during construction and can withstand more stress. Therefore, chemical anchors are often a better choice when special requirements are required.

There are many factors to consider when choosing the right chemical anchor, such as: the purpose and application environment of the anchor, the required load-bearing capacity, and determining its correct size. Therefore, it is important to be very cautious when selecting and installing chemical anchors and to follow the guidelines provided by the manufacturer.

In addition, the quality of the installation process needs to be carefully controlled to ensure that the anchor bolt will operate trouble-free for its design life.

In conclusion, it is essential to have sufficient expertise and experience when selecting and using chemical anchors. Knowledge about industrial technology is very important to ensure safety and reliability. <>

The method of measuring the diameter of a chemical anchor bolt varies depending on the material and application. Here's a general way to measure it::

1.Use Vernier Calipers: Vernier calipers are a tool for measuring diameter. Place the vernier calipers on the anchors, making sure they remain vertical and horizontal, and then convert the caliper readings to the diameter of the anchors.

2.Use digital calipers: Digital calipers can provide more accurate measurements. Place the Namin Calipers on the anchors, making sure they remain vertical and horizontal, and then read the diameter shown by the calipers.

3.Use a laser gauge: A laser gauge can provide very accurate results and can measure very large anchors. Align the laser gauge with the anchor bolt and record the diameter measurement.

Before performing a chemical anchor diameter measurement, you need to ensure that there is no visible damage or corrosion to the surface of the anchor bolt and that the surface is clean. At the same time, the right measurement tools and techniques need to be used in order to obtain accurate measurement results. Lead.

Chemical anchors are commonly used in building structures to fix and support concrete, steel structures, etc., and the measurement of their diameter is of great significance for the safety and durability of building structures. Here are two commonly used methods for measuring the diameter of chemical anchors: buried sources.

1.Caliper or vernier caliper measurement: This is the most common method of measuring the diameter of a chemical anchor.

Use calipers or vernier calipers to measure along the perimeter of the chemical anchor to ensure that the measurement points are evenly distributed over the perimeter of the anchor bolt, and the anchor diameter can be obtained by calculating the average value of the final bending.

2.Comparative measurement method: This method needs to prepare a standardized aluminum mold first, apply the hardened glue in the container on the inner surface of the mold, measure the average area of the glue coated in the mold by using the caliper or vernier caliper measurement method, and then put the chemical anchor bolt into the mold, place it until the height of the previously coated glue liquid level is equal to the top of the mold (that is, the anchor bolt is not completely immersed in the colloid), and then apply the hardened glue, remove the shell shape after hardening, and measure the diameter of the chemical anchor corresponding to the outer diameter of the shell-shaped parent of the aluminum mold.

It is important to note that the above two methods are not only suitable for measuring the diameter of chemical anchors, but also for the diameter measurement of many other materials.

Chemical anchor diameter measurements or bridges are one of the important engineering surveys. Measuring the straight ridge diameter of an anchor usually requires the help of special tools and instruments, but the application of chemical methods to measure the diameter of an anchor is also a common method.

A commonly used method of measuring the diameter of a chemical anchor is phenolic sampling. Here's how it works: First, you need to take a sample at the diameter of the anchor bolt, then mix the sample with phenolic resin and let it solidify.

The sample is then cut and polished, and the diameter of the sample is measured with a microscope.

This method has the advantages of simplicity, speed and high accuracy, so it is widely used in engineering surveying. It should be noted that only the first part of the anchor bolt should be taken as a sample to ensure the accuracy of the measurement.

Summary. 10 chemical anchors how big a bolt pro! Hello, glad to answer for you.

The specifications of 10 chemical anchors are M8, M10, M12, M16, M20, M24, M30, M33 and other specifications, and the diameter of the 10 large screws should be 10 mm. If the screw needs to go through a hole in the part, an 11 mm or 12 mm hole will need to be drilled into the part. If it is necessary to remove the wire from the machine, a hole of 9 mm or 9,5 mm should be drilled in the machine.

This needs to be decided according to the drawing requirements or actual needs of the machine to determine how big a hole to drill in the machine, I hope mine can help you! Do you have any other questions?

Thank you. 10 chemical anchors how big a bolt pro! Hello, glad to answer for you.

The specifications of 10 chemical grip anchors are M8, M10, M12, M16, M20, M24, M30, M33 and other specifications, and the 10 large screws should be the diameter of the leather section of the screw, which is 10 mm. If the screw needs to go through a hole in the part, an 11 mm or 12 mm hole will need to be drilled into the part. If it is necessary to remove the wire from the machine, a hole of 9 mm or 9,5 mm should be drilled in the machine.

This friend grinds according to the drawing requirements or actual needs of the machine to decide how big a hole to drill in the machine, I hope my can help you! Do you have any other questions?

Chemical Anchor Specifications.

Tube model. Screw model.

Drilling diameter d(mm).

Hole depth h(mm).

Maximum anchorage thickness t(mm).

m8m8*110

13m10m10*130

20m12m12*160

25m16m16*190

35m20m20*260

65m24m24*300

65m30m30*380

Hello! Chemical anchor bolt is a new type of fastening material, which is composed of chemical agents and metal rod body. It can be used for the installation of embedded parts in the construction of various curtain walls and marble dry hanging, and can also be used for equipment installation, highway and bridge guardrail installation; Building reinforcement and renovation and other occasions.

Because the chemical reagents contained in the glass tube are flammable and explosive, the manufacturer must be approved by the relevant state departments before production, and the entire production process needs to have strict safety measures, and use an assembly line that is completely isolated from the staff. If it is done manually, it not only violates the relevant regulations of the state, but also is very dangerous. Chemical anchor bolt is a new type of anchor bolt that appears after the expansion anchor bolt, is the composite part that the screw is cemented and fixed in the concrete substrate borehole by a special chemical adhesive, so as to realize the anchorage of the fixing.

Anchor bolts often cooperate with concrete bases to carry the weight and load of the machine, in order to ensure the smooth and normal operation of the machine. The material of the anchor bolt used in the concrete structure can be carbon steel, stainless steel or alloy steel, and the corresponding varieties should be selected according to the differences in environmental conditions and durability requirements. The performance of the anchor bolt should comply with the relevant provisions of the construction industry standard "Expansion and Reaming Building Anchor for Concrete".