Heavy-Duty Hex Head Concrete Screws: Masonry Fixing, Installation and OEM Supply

Heavy-Duty Hex Head Concrete Screws: Masonry Fixing, Installation and OEM Supply

Engineering Selection Guide for Concrete Screw Anchors, Masonry Tapping Screws and Industrial Fixing Systems

Heavy-duty hex head concrete screws are specialized mechanical fasteners used to secure suitable fixtures, steel brackets, 

building-services supports and industrial equipment to concrete or approved masonry substrates.

Unlike ordinary self-tapping screws intended for sheet metal or plastic, 

concrete screw anchors are designed with thread geometry and material characteristics suited to mechanical engagement in a drilled mineral substrate.

A reliable concrete screw connection depends on the complete installation system:

• Substrate type and strength

• Concrete cracking condition

• Screw geometry and material

• Pilot hole diameter and depth

• Effective embedment

• Fixture thickness and geometry

• Anchor spacing and edge distance

• Applied tension and shear

• Installation tooling and procedure

• Corrosion exposure

• Product-specific technical qualification

For structural or safety-related installations, the selected screw anchor must have appropriate evaluation data for the intended application.

Juxin Fasteners supplies industrial fastening components and supports inquiries for heavy-duty hex head concrete screws, 

masonry tapping screws and customized OEM fastening hardware, subject to product specifications and technical feasibility.

This guide connects engineering design, manufacturing considerations, 

field installation and industrial procurement requirements to help customers select and source the appropriate fastening system.

What Are Heavy-Duty Hex Head Concrete Screws?

A heavy-duty hex head concrete screw is a mechanical screw anchor designed to develop anchoring resistance through engagement

 between its specially shaped thread and a properly prepared hole in concrete.

Depending on the product design, the thread cuts or forms engagement with the surrounding material during installation.

A typical concrete screw anchor may feature:

• Hexagonal head or hex washer head

• Integral bearing flange, depending on design

• Specialized cutting or forming thread

• Hardened or otherwise engineered thread region

• Product-specific tip geometry

• Protective coating or corrosion-resistant material

The actual construction varies by manufacturer and product family.

Common Industrial Product Names

These fasteners may be described as:

• Heavy-duty concrete screws

• Hex head concrete screw anchors

• Concrete tapping screws

• Concrete screw bolts

• Self-tapping concrete screws

• Self-cutting concrete anchors

• Mechanical screw anchors

• Masonry screw anchors

• Hex washer head concrete anchors

The terms are related but not always technically identical.

For procurement and engineering approval, use the exact product designation, drawing and relevant evaluation documentation.

Concrete Screw Anchors vs. Ordinary Hex Head Tapping Screws

The distinction is important.

Ordinary Hex Head Tapping Screws

Conventional tapping screws may be designed to form or cut mating threads in sheet metal, plastic or other specified materials.

Their geometry and mechanical properties are not necessarily suitable for concrete.

Concrete Screw Anchors

Concrete screw anchors use a thread system engineered for engagement with a mineral substrate.

Their anchoring performance must be evaluated as part of the complete screw-and-substrate system.

Engineering Rule

A conventional high-strength hex bolt or sheet-metal tapping screw does not become a qualified concrete anchor merely because it has a hexagonal head or hardened steel construction.

How Concrete Screw Anchors Transfer Loads

The load path in a typical concrete screw connection is:

Attached equipment → mounting bracket or base plate → screw head and shank → engaged screw thread → concrete or qualified masonry substrate.

The anchor develops resistance through mechanical interaction between its thread and the material surrounding the drilled hole.

Tensile Loading

Tension acts approximately along the screw axis and tends to pull the anchor from the substrate.

Resistance depends on the specific product and relevant substrate failure mechanisms.

Shear Loading

Shear acts approximately across the screw axis.

Resistance may depend on the steel screw, concrete or masonry, fixture geometry and edge conditions.

Combined Loading

Equipment brackets and base plates may experience tension and shear simultaneously.

The connection must be checked according to the applicable design method.

Why Thread Geometry Matters

Concrete screw performance is influenced by characteristics such as:

• Thread pitch

• Thread depth

• Thread flank geometry

• Core diameter

• Cutting geometry

• Tip design

• Thread hardness

• Installation engagement length

These characteristics affect installation behavior and the way loads are transferred into the substrate.

They cannot be freely changed in a qualified anchor without evaluating the consequences for performance.

Why Steel Strength Alone Is Insufficient

A stronger screw body does not necessarily improve anchoring resistance when concrete breakout, masonry failure or thread engagement governs the connection.

The complete fastening system determines the applicable design resistance.

Concrete vs. Masonry: Selecting the Correct Substrate

Concrete and masonry are not interchangeable anchoring substrates.

Normal-Weight Concrete

Many concrete screw anchor systems are designed and qualified for specified normal-weight concrete conditions.

The approved concrete strength range must be verified.

Cracked Concrete

Certain concrete screw anchors are qualified for cracked concrete.

Others are not.

Where cracking is expected, the exact product must have the required qualification.

Uncracked Concrete

Some screw anchors are qualified for uncracked concrete only.

An uncracked-concrete qualification does not automatically permit use in cracked concrete.

Lightweight Concrete

Suitability depends on the product's assessed application range.

Precast Concrete

Precast components may require special consideration of member thickness, reinforcement, edge distance and installation access.

Solid Brick

A concrete screw should not automatically be assumed suitable for solid brick.

Masonry-specific technical data are required.

Solid Concrete Masonry Units

Some screw anchors are qualified for particular concrete masonry unit configurations.

Hollow Concrete Masonry Units

Hollow CMU presents different load-transfer conditions from solid concrete.

Only products specifically evaluated for the relevant hollow masonry configuration should be considered.

Grouted vs. Ungrouted Masonry

Fully grouted and ungrouted masonry may have different anchor resistance and installation requirements.

Mortar Joints

Installation into mortar joints may be restricted or require separate evaluation.

Substrate Qualification Matrix

Engineering Information Gain: One Screw Cannot Be Specified for Every Substrate by Name Alone

A supplier may advertise a product as a concrete and masonry screw.

That description does not establish that every size and length is suitable for concrete, brick, hollow CMU and grouted masonry.

Engineering and purchasing teams must verify the exact assessed product, substrate and installation configuration.

Heavy-Duty Concrete Screw Installation

Installation requirements vary by product.

A typical procedure includes the following activities.

Verify the Substrate

Confirm that the substrate is covered by the intended product's technical documentation.

Check the Anchor Location

Verify edge distance, anchor spacing, member thickness and reinforcement restrictions.

Drill the Pilot Hole

Use the specified drill diameter, depth, drilling method and bit.

Prepare the Hole

Remove debris where required by the product instructions.

Some qualified concrete screw systems permit specific no-cleaning installation conditions.

Others require cleaning.

Do not assume that one procedure applies to all concrete screw anchors.

Position the Fixture

Check fixture thickness, hole diameter, bearing surfaces and alignment.

Drive the Screw

Use the specified installation tool and procedure.

Confirm the Installed Condition

Verify the required seating, embedment and other installation acceptance criteria.

Inspect the Completed Connection

Apply the product and project-specific inspection requirements.

Pilot Hole Diameter: A Critical Engineering Variable

Concrete screw threads engage with the material surrounding the drilled hole.

An incorrectly sized hole can compromise that engagement.

Oversized Pilot Hole

May reduce thread engagement and anchoring resistance.

Undersized Pilot Hole

May increase installation resistance, damage the screw or damage the substrate.

Incorrect Drilling Method

May produce a hole geometry outside the approved installation conditions.

Procurement Implication

The pilot hole requirement must be associated with the exact screw anchor model and size.

It should not be taken from a generic tapping screw drill chart.

Hole Depth and Embedment

The drilled-hole depth must accommodate the installation requirements.

The effective embedment depth is a separate engineering parameter related to anchoring resistance.

Overall screw length, fixture thickness, nominal embedment and effective embedment must not be confused.

Hex Head and Hex Washer Head Design

A hexagonal head provides access for suitable socket or wrench tooling.

An integral washer or flange may provide a bearing surface against the fixture.

However, an integral flange does not automatically eliminate a separate washer where the applicable product instructions or project design require one.

Installation Torque and Tooling

Concrete screw anchors do not all use the same installation procedure.

Some products use controlled torque requirements.

Others are designed for specific powered installation methods or seating criteria.

The installation procedure must come from the actual product documentation.

Installation Torque Is Not a Universal Load Rating

A high driving torque does not demonstrate that the screw has adequate anchoring resistance.

Excessive installation resistance can instead indicate a problem with the hole, screw, tooling or substrate.

Installation Failure Matrix

Engineering Caution

Where a screw anchor fails to install correctly, simply replacing it with a larger screw in the same hole is not a universally acceptable repair.

Any corrective method must follow the product's approved instructions and the responsible engineer's assessment.

Can Concrete Screws Be Removed or Reused?

These are three different questions.

Removability

Some concrete screw anchors can be unscrewed and removed.

Reinstallation

A product may permit a defined adjustment or reinstallation procedure.

Reusability

Certain specially qualified systems may allow reuse under restricted conditions, sometimes requiring inspection with a dedicated wear gauge.

These capabilities are not universal.

A product permitted for reuse in a new drilled hole is not necessarily permitted for repeated installation into the same hole.

Engineering Rule

Never infer reuse permission from the fact that a screw can be physically removed.

Concrete Screw Anchor Design: Tension, Shear and Failure Modes

A concrete screw connection can be limited by different failure mechanisms.

Steel Failure in Tension

The screw may yield or fracture under tensile loading.

Steel Failure in Shear

The screw may fail under transverse loading.

Concrete Cone Breakout

A portion of the concrete may fracture under tension.

Pullout or Loss of Thread Engagement

The anchor may lose its mechanical engagement with the substrate.

Concrete Splitting

Concrete may split because of installation conditions, member geometry or loading.

Concrete Edge Breakout

Concrete near an edge may fail under shear.

Concrete Pryout

Certain shear-loading conditions may produce pryout failure.

Anchor Group Effects

Closely spaced screw anchors may have interacting failure regions.

Masonry Failure

In masonry, the relevant failure modes and resistance may differ according to unit type, grouting and installation position.

Fixture Failure

A mounting bracket or base plate may deform or fail before the screw anchor reaches its design resistance.

Why Concrete Edge Distance Matters

Concrete screws are sometimes marketed as useful for installations with relatively small edge distances.

However, no universal edge-distance advantage applies to every concrete screw.

The permitted dimensions depend on the exact anchor and assessed conditions.

Why Anchor Spacing Matters

Anchor groups can experience interaction between concrete failure regions.

The minimum permitted spacing and spacing required to achieve a particular design resistance may differ.

Stand-Off Installations

A fixture mounted above the concrete surface may introduce bending in the exposed screw or anchor assembly.

This requires specific engineering evaluation.

Overturning and Eccentric Loads

Equipment cabinets, tall support frames and wall-mounted brackets may create uneven loading across an anchor group.

The load distribution should be evaluated as part of the complete connection.

International Standards and Technical Evaluation

EN 1992-4: Design of Fastenings for Use in Concrete

EN 1992-4 provides European design rules for relevant fastening systems used in concrete.

The design considers tension, shear, combined loading and applicable failure mechanisms.

European Technical Assessment (ETA)

An ETA provides assessed characteristics and intended-use information for a specific construction product.

For a concrete screw anchor, the relevant ETA may identify:

• Product model

• Covered sizes

• Base material

• Installation requirements

• Embedment configurations

• Characteristic resistance

• Cracked-concrete suitability

• Seismic or other evaluated conditions

• Environmental limitations

EAD 330232-02-0601

This European Assessment Document addresses mechanical fasteners for use in concrete.

The applicable ETA and assessment basis must be checked for the exact product.

ACI 318 Chapter 17

ACI 318 Chapter 17 contains design provisions for anchoring to concrete in applicable North American projects.

The governing code edition depends on the adopted building code and project requirements.

ACI CODE-355.2

ACI CODE-355.2 addresses qualification of post-installed mechanical anchors for concrete.

The applicable edition and product qualification scope must be verified.

ICC-ES Evaluation Reports

ICC-ES evaluation reports provide product-specific information for stated code applications.

A report may distinguish between concrete and masonry.

Masonry Design Requirements

Masonry anchoring may involve applicable TMS 402 provisions and product-specific masonry evaluation reports.

Concrete design data must not automatically be used for masonry.

Material and Thread Standards

Material standards, coating standards and thread standards serve different purposes from concrete anchor qualification.

Compliance with a material standard does not establish a concrete screw's design resistance.

Product Approval Is Not Transferable

An ETA, ICC-ES report or load table issued for one manufacturer's product cannot be applied to another similar-looking screw.

The exact assessed geometry, material, coating and installation conditions matter.

Concrete Screw Materials and Heat Treatment

Concrete screw anchors require a balance between thread performance and structural integrity.

Carbon Steel

Carbon steel may be used in suitably engineered and heat-treated concrete screw systems.

Alloy Steel

Alloy steels may be considered for drawing-specific applications where their properties are appropriate.

Thread Hardness

Thread hardness can influence the ability of a screw to form engagement in the substrate.

Core Strength and Ductility

The screw body must resist the required loading without unacceptable brittle behavior.

Heat Treatment

Heat-treatment specifications may influence:

• Hardness

• Strength

• Ductility

• Installation performance

• Susceptibility to cracking

• Product consistency

Why Higher Hardness Is Not Always Better

Excessive hardness may increase the risk of brittle behavior or other material-related failures.

The correct combination of material, geometry and heat treatment must be established through product engineering and qualification.

Concrete Screw Anchors vs. ISO Property Class 10.9 Bolts

A conventional ISO property class 10.9 bolt is a different product category from a concrete screw anchor.

ISO 898-1 addresses mechanical properties of specified carbon and alloy steel bolts, screws and studs.

It does not by itself establish concrete screw anchoring performance.

A concrete screw must be evaluated according to its actual anchor design and intended substrate.

OEM Manufacturing Considerations

Depending on the product design, manufacturing may involve:

• Cold forming

• CNC machining

• Thread forming or rolling

• Heat treatment

• Surface finishing

• Inspection

• Packaging

The manufacturing route must be compatible with the product's geometry, material and performance requirements.

For Juxin Fasteners, drawing-based material, heat-treatment and manufacturing requirements can be reviewed for technical feasibility.

No specific strength, fatigue or anchoring performance should be assumed without relevant product evidence.

Corrosion Protection for Concrete and Masonry Screws

Environmental exposure influences material and finish selection.

Zinc-Plated Carbon Steel

May be suitable for certain dry indoor applications.

Zinc-Based Protective Coatings

Different zinc-based coating systems may offer different levels of protection.

Zinc-Nickel Coatings

May be considered for compatible fastening components where specified, but suitability for a concrete screw anchor must be evaluated as part of the actual product system.

Stainless Steel

Certain concrete screw systems are available in stainless steel configurations.

However, stainless steel grades, cutting-thread construction and approved applications differ by product.

304 and 316 Stainless Steel

304 and 316 stainless steel may provide improved corrosion resistance in suitable environments.

316 stainless steel is not immune to pitting or crevice corrosion.

Coating Changes Affect More Than Appearance

A coating can influence:

• Thread geometry

• Friction

• Installation resistance

• Corrosion performance

• Component compatibility

An alternative finish must not be substituted into a qualified anchor system without appropriate review.

Hydrogen Embrittlement

Certain hardened steel fasteners may be susceptible to hydrogen embrittlement, depending on material properties and processing conditions.

This risk should be considered where relevant to coating and manufacturing decisions.

Salt Spray Testing

ASTM B117 and ISO 9227 provide laboratory corrosion test methods.

Salt spray exposure hours do not translate directly into guaranteed service life.

Environmental Selection Matrix

Industrial Applications for Hex Head Concrete Screw Anchors

Mechanical, Electrical and Plumbing Installations

Concrete screw anchors may be considered for qualified installations involving:

• Pipe support brackets

• HVAC supports

• Cable trays

• Electrical conduit brackets

• Utility support frames

• Mechanical equipment accessories

For overhead supports, use products evaluated for the applicable installation and loading conditions.

Industrial Machinery and Production Equipment

Potential applications include:

• Equipment guards

• Auxiliary machine supports

• Maintenance brackets

• Factory service installations

• Cable management systems

• Selected equipment mounting assemblies

Dynamic loading, vibration and foundation conditions require engineering review.

Electrical Cabinets and Power Equipment

Concrete screw anchors may be used in qualified mounting arrangements for:

• Electrical enclosures

• Control cabinets

• UPS equipment

• Power distribution support frames

• Industrial electrical accessories

The mounting system should be designed for actual equipment loads and installation conditions.

Warehouse and Material Handling Facilities

Potential applications include:

• Storage accessories

• Equipment barriers

• Service brackets

• Selected racking-related attachments

Safety-critical rack anchorage requires the relevant equipment design and qualified anchor system.

Renovation, Maintenance and Retrofit Projects

Concrete screws can be attractive for some retrofit installations because the fastening process may involve drilling and direct screw installation.

Potential applications include:

• Replacement equipment brackets

• Utility upgrades

• Facility maintenance

• Service supports

• Temporary construction installations

Removal and reuse must follow the exact product instructions.

Secondary Steelwork and Building Services

Potential applications include:

• Secondary steel brackets

• Light-gauge framing supports

• Building-services supports

• Non-primary equipment attachments

The distinction between primary and secondary steelwork does not eliminate the need for structural design where loads or safety require it.

Curtain Walls and Facade Brackets

Facade and cladding connections can be safety-critical.

Concrete screw anchors may be considered only where the specific system has the required product qualification and the connection has been engineered for the actual loads and substrate.

A generic masonry tapping screw should not be recommended as a universal facade anchor.

Railings, Handrails and Safety Barriers

These connections may be subject to human safety requirements.

Use an appropriately qualified anchor system and a verified structural design.

Rail and Transportation Infrastructure

Potential applications include:

• Station equipment

• Auxiliary support brackets

• Cable management

• Maintenance structures

• Equipment enclosures

Project-specific vibration, environmental and qualification requirements must be addressed.

Wind Power and Renewable Energy Facilities

Concrete screw anchors may be considered for selected auxiliary equipment and support installations where appropriately designed.

They should not be confused with the specialized high-strength bolting systems used in major wind turbine structural connections.

Power Generation and Industrial Electrification

Potential applications include selected electrical and mechanical supports, equipment accessories and service infrastructure.

The actual fastening design depends on equipment loads and project requirements.

AI Data Centers and Cooling Infrastructure

Concrete screw anchors may be relevant to selected facility equipment, such as:

• Mechanical cooling supports

• Electrical service brackets

• Auxiliary equipment frames

• Facility maintenance installations

Not every server rack or data center enclosure requires concrete anchoring.

Industry Application Matrix

Concrete Screw Anchors vs. Wedge Anchors and Bonded Anchors

These technologies use different load-transfer mechanisms.

Which Anchor Is Stronger?

There is no universal answer.

Compare the specific qualified products under equivalent substrate, loading, embedment and geometric conditions.

Which Is Faster to Install?

Concrete screws may reduce installation steps in some projects.

However, drilling, cleaning, setting, inspection and rework can change the total installed time.

Which Is Better Near an Edge?

Use the actual product's approved edge-distance and design-resistance data.

No generic category is universally best.

Production Manager and Manufacturing Engineer Considerations

For repeat industrial installations, production efficiency depends on controlling the entire process.

Product Standardization

Use an exact part number or drawing rather than a generic product description.

Drilling Consistency

Specify the approved bit, hole diameter, drilling method and hole depth.

Tooling Compatibility

Check socket access, driver requirements and installation procedure.

Fixture Tolerances

Control mounting-hole location and fixture thickness.

Part Identification

Prevent mixing of different screw lengths, coatings and approved configurations.

Inspection Criteria

Define what constitutes an acceptable installation.

Rework Procedure

Establish a product-specific process for failed installations.

Packaging

Consider packaging by equipment assembly or installation set.

Traceability

Define lot identification requirements where appropriate.

Information Gain: Installed Cost Matters More Than Unit Price Alone

The total cost of a concrete screw installation may include:

• Screw purchase cost

• Drilling time

• Hole cleaning

• Driver setup

• Installation labor

• Inspection

• Rework

• Replacement

• Equipment downtime

A product with a lower unit price may have a higher total installed cost if it creates inconsistent installation or additional rework.

OEM Concrete Screw Manufacturing and Quality Requirements

Industrial customers may need standard concrete screw anchors or drawing-specific fastening components.

Potential requirements include:

• Head geometry

• Screw dimensions

• Thread design

• Material specification

• Heat-treatment requirements

• Surface finish

• Dimensional tolerances

• Inspection criteria

• Packaging

• Order quantities

Important Qualification Boundary

A customized screw with concrete-style threads is not automatically a qualified structural concrete anchor.

Any change to the assessed geometry, material, heat treatment or coating may affect anchoring performance and require appropriate qualification.

Quality Control Considerations

Depending on the product and specification, inspection may include:

• Head dimensions

• Shank and core diameter

• Thread geometry

• Thread length

• Material verification

• Hardness

• Surface finish

• Visual defects

• Packaging and labeling

Where required, additional product-level testing and qualification documentation must be established.

Routine dimensional and hardness inspection cannot replace concrete anchor performance evaluation.

Why Thread Consistency Matters in Bulk Production

The specialized thread is a functional feature of a concrete screw anchor.

Variations in thread profile, pitch, core diameter or hardness may affect:

• Installation resistance

• Thread engagement

• Screw damage risk

• Substrate interaction

• Repeatability of installation

For OEM and distributor programs, controlled product configuration and change management are therefore important.

Supplier Development and Procurement Requirements

Industrial buyers should distinguish between sourcing a standard screw and sourcing an engineered concrete anchor.

Product Identification

Confirm the exact manufacturer, model, diameter, length and head type.

Substrate Compatibility

Confirm whether the product is intended for concrete, solid masonry, grouted CMU or hollow masonry.

Technical Qualification

Request the required ETA, ICC-ES report or other project-specific evidence.

Installation Documentation

Verify pilot hole dimensions, embedment, tooling and installation conditions.

Material and Coating

Confirm the specified material and corrosion protection.

Manufacturing Consistency

Define relevant dimensional and mechanical inspection requirements.

Change Control

Require technical review before changing the screw design, material, heat treatment or finish.

Commercial Conditions

Confirm:

• Sample availability

• MOQ

• Initial order quantity

• Annual forecast

• Production lead time

• Packaging requirements

• Delivery destination

• Repeat-order expectations

Supplier Evaluation Matrix

Why Work with Juxin Fasteners?

Juxin Fasteners has more than 20 years of experience supplying industrial fastening components for international OEM and industrial applications.

We support inquiries for:

• Heavy-duty hex head concrete screws

• Concrete tapping screws

• Masonry fastening components

• Industrial threaded fasteners

• Special mounting screws

• Custom bolts and studs

• CNC machined fastening components

• Drawing-specific OEM hardware

Depending on product specifications and feasibility, requirements may involve forming, machining, thread processing, heat treatment, surface finishing, inspection and packaging.

Specific manufacturing processes, product availability, performance testing and qualification documents must be confirmed for each requested product.

Our objective is to help engineering and purchasing teams translate application requirements into a clear, technically reviewable fastener specification.

Frequently Asked Questions

What is a heavy-duty hex head concrete screw?

It is a specialized mechanical screw anchor with a hexagonal head and a thread designed to engage a suitable drilled concrete substrate.

Are concrete screws the same as ordinary self-tapping screws?

No. Concrete screw anchors require geometry and material properties appropriate for mineral substrates.

Can concrete screws be used in masonry?

Some products are qualified for specific masonry materials. Suitability must be verified for the exact product and substrate.

Can concrete screws be installed in hollow blocks?

Only where the product is specifically evaluated for the relevant hollow masonry configuration.

Can concrete screws be used in cracked concrete?

Certain qualified products can. The exact approval scope must be checked.

What drill bit size is required?

Use the product-specific pilot hole diameter and approved drilling method.

How deep should a concrete screw be installed?

Use the required embedment and hole depth stated in the product's technical documentation.

Do concrete screws require installation torque?

Installation requirements vary. Follow the exact product's specified procedure rather than a generic torque chart.

Can concrete screws be removed?

Some can be removed. Removal does not automatically establish permission for reuse.

Can concrete screws be reused?

Only where the specific product documentation permits reuse under defined conditions.

Are concrete screws stronger than wedge anchors?

Neither product category is universally stronger. Compare qualified products under equivalent design conditions.

Are concrete screws suitable for outdoor applications?

Only where the specific material, coating and product approval are appropriate for the exposure.

Can 10.9 grade hex bolts replace concrete screw anchors?

No. A conventional 10.9 bolt does not automatically provide the thread geometry or anchoring qualification required for concrete.

Does every concrete screw have an ETA or ICC-ES report?

No. Technical evaluations are product-specific and must be verified.

Can Juxin Fasteners supply customized concrete screws?

Juxin Fasteners can review drawing-based requirements, subject to manufacturing feasibility and any required product qualification.

OEM Concrete Screw RFQ Checklist

To request a technically accurate quotation, provide the following information where available.

Product Specification

• Concrete screw or masonry screw type

• Existing product reference or drawing

• Head configuration

• Nominal diameter

• Overall length

• Thread geometry or applicable product designation

• Material

• Heat-treatment requirements

• Surface treatment

Substrate and Application

• Concrete or masonry type

• Concrete strength, if applicable

• Cracked or uncracked condition

• Grouted or hollow masonry condition

• Fixture drawing

• Fixture thickness

• Member thickness

• Edge distance

• Anchor spacing

Loads and Design

• Tension

• Shear

• Combined loading

• Dynamic loading

• Seismic requirements, where applicable

• Required service life

• Applicable design standard

Installation

• Pilot hole diameter

• Hole depth

• Effective embedment

• Drilling method

• Hole cleaning

• Installation tooling

• Setting procedure

• Reuse requirements, if applicable

Quality and Documentation

• Required ETA or ICC-ES evaluation

• Material documentation

• Hardness requirements

• Dimensional tolerances

• Coating specification

• Lot traceability

• Inspection requirements

Commercial Requirements

• Sample quantity

• Initial order quantity

• Annual forecast

• MOQ expectations

• Required lead time

• Packaging and labeling

• Delivery destination

Request a Heavy-Duty Concrete Screw or Masonry Fastener Quotation

Juxin Fasteners welcomes inquiries from industrial equipment manufacturers, building-services suppliers, engineering companies, 

construction product distributors, manufacturing engineers, production managers and international purchasing teams.

Whether you require standard hex head concrete screw anchors, masonry tapping screws,

 special mounting screws or customized industrial fastening components, begin with the actual application and product specification.

For structural, overhead or safety-related anchoring applications, include the required product qualification and design documentation.

Send your technical drawings, dimensions, material requirements, surface treatment, expected quantities and delivery requirements for review.

Company: Juxin Fasteners

Website: https://www.juxinfasteners.com/

Email: info@juxinfasteners.com

Engineered Fastening Starts With the Right Substrate, Correct Screw Geometry and Controlled Installation.