KYA 1310 Polymer Composite Staples are 19 gauge non-metal fasteners with a 12.7mm / 1/2 inch crown and a 9.5mm / approximately 3/8 inch leg length. They are designed for industrial fastening applications where conventional metal staples may create corrosion, conductivity, metal-contamination or downstream machining concerns.
The 1310 model uses polymer composite material with a smooth shank, approximately 1.30mm staple width and 1.20mm thickness. Standard packing is 5,040 staples per box and 40 boxes per carton.
Typical applications include cabinetry, casegoods, lumber tagging, lumber wrap, fiberglass lay-up, composite manufacturing, house wrap, radiant barrier installation, casket lining and professional woodworking.
| Specification | Details |
| Product | 19 Gauge Polymer Composite Staples |
| Model | 1310 |
| Gauge | 19 Gauge |
| Material | Polymer Composite |
| Crown Width | 12.7mm / 1/2 Inch |
| Leg Length | 9.5mm / Approx. 3/8 Inch |
| Staple Width | 1.30mm |
| Thickness | Approx. 1.20mm |
| Shank | Smooth |
| Fastener Type | Non-Metal Polymer Composite Staple |
| Electrical Property | Non-Conductive Polymer Composite |
| Staples per Box | 5,040 pcs |
| Boxes per Carton | 40 boxes |
| Carton Size | Approx. 35.5 × 34 × 24cm |
| KYA Referenced Tool Systems | BeA 380/14-450, Spotnails 380/14-450, Fasco PS50-450 |
| Typical Applications | Cabinetry, Casegoods, Lumber, Fiberglass, Composites, House Wrap, Radiant Barrier and Casket Lining |
The 1310 is specifically the 9.5mm leg model. The 4mm to 14mm range belongs to the complete 13 Series and should not be treated as the specification of the individual 1310 staple.
The 1310 uses a 12.7mm / 1/2 inch crown, matching a common dimensional class used by professional 19 gauge polymer composite staple systems.
Crown width is one of the critical dimensions for stapler compatibility. Buyers replacing another polymer staple should also compare staple width, thickness, leg length and magazine configuration.
The 1310 has a nominal leg length of 9.5mm, approximately equivalent to 3/8 inch. Comparable professional 19 gauge polymer staple systems also use a 3/8-inch fastener in this dimensional class.
The 9.5mm length provides more penetration than the 1304, 1306 and 1308 sizes while remaining shorter than the 14mm 1314. Final staple length should be selected according to material thickness, density and required holding performance.
The KYA 13 Series uses an approximately 1.30mm wide × 1.20mm thick polymer composite profile with a smooth shank.
Cross-section is important when purchasing replacement fasteners because different polymer staple systems can share the same nominal gauge and crown while using different magazine and driver dimensions.
The 1310 staple is manufactured from polymer composite material rather than conventional steel wire. It therefore does not introduce a normal metallic staple into the workpiece.
This is useful where manufacturers want to avoid steel corrosion, electrical conductivity, metallic contamination or problems caused by hidden metal fasteners during later machining.
Polymer composite material is non-metal and non-conductive, making the 1310 useful where electrical conductivity from a conventional steel staple is undesirable.
For electrical, insulation or safety-critical applications, evaluate the complete installed system according to the project specification rather than relying on the fastener material alone.
Because the fastener body is polymer composite, it does not develop conventional steel rust or introduce rust staining from a carbon-steel staple.
Suitability for humid, wet, marine, chemical or elevated-temperature conditions still depends on the polymer grade, substrate and complete application environment.
Polymer composite staples are commonly selected where the fastened workpiece may later be sawed, sanded, routed, shaped or planed.
Unlike conventional steel staples, polymer fasteners can be processed together with compatible wood and composite materials. Cutting-tool performance still depends on the polymer grade, blade material, cutter geometry and machining speed.
For high-speed moulders, delicate knives or other sensitive tooling, test the exact polymer grade before production rather than assuming every composite staple is equally suitable for every cutting system.
The non-metal construction can be useful in lumber, cabinetry, composites and packaging processes where manufacturers want to minimize metallic fasteners in the finished product.
Where downstream metal-detection equipment is used, validate the complete finished product with the actual detector settings. The non-metal composition of the staple should not be treated as a guarantee for every detection system or production configuration.
The KYA 13 Series uses a common 12.7mm crown and 1.30mm listed width across several leg lengths. The 1310 is the 9.5mm version.
| Model | Crown | Width | Leg Length | Pcs/Box | Boxes/Carton |
|---|---|---|---|---|---|
| 1304 | 12.7mm | 1.30mm | 4mm | 5,040 | 40 |
| 1306 | 12.7mm | 1.30mm | 6mm | 5,040 | 40 |
| 1308 | 12.7mm | 1.30mm | 8mm | 5,040 | 40 |
| 1310 | 12.7mm | 1.30mm | 9.5mm | 5,040 | 40 |
| 1314 | 12.7mm | 1.30mm | 14mm | 5,040 | 40 |
Comparable professional 19 gauge polymer staple systems use approximately a 1/2-inch crown and offer a 3/8-inch / 9.5mm leg option. This confirms the 1310 dimensions belong to a recognized industrial polymer-staple size class.
However, staples from different manufacturers should not automatically be treated as interchangeable. Cross-section, collation, material grade, magazine width and driver geometry must also match.
KYA references BeA 380/14-450, Spotnails 380/14-450 and Fasco PS50-450 for the 1310 product range.
Because model names and magazine specifications can vary between markets and product generations, buyers should confirm the exact tool model and accepted polymer staple dimensions before ordering replacement fasteners.
| Compatibility Check | 1310 Reference |
|---|---|
| Gauge | 19 Gauge |
| Crown | 12.7mm / 1/2 Inch |
| Leg Length | 9.5mm / Approx. 3/8 Inch |
| Width | Approx. 1.30mm |
| Thickness | Approx. 1.20mm |
| Material | Polymer Composite |
| Tool Model | Confirm exact magazine and driver specification before use. |
The 1310 is intended for professional non-metal fastening where a 9.5mm polymer staple provides suitable penetration into the receiving material.
Cabinetry and cabinet components
Casegoods manufacturing and tagging
Woodworking and millwork
Lumber tagging
Lumber wrap
House wrap
Radiant barrier installation
Casket lining
Fiberglass lay-up
Composite manufacturing
Selected marine composite production
Polymer composite staples can be useful in cabinet and casegoods manufacturing where components may later be trimmed, routed, sanded or finished.
The 9.5mm leg provides moderate penetration for compatible panel, wood and composite components. Holding performance should be validated in the actual substrate and assembly before production use.
Polymer staples are widely used for lumber tags, identification materials and wrapping where manufacturers want to avoid leaving a conventional metal fastener in timber that may later be machined.
For sawmill and timber-processing operations, verify the selected polymer material grade against the cutting and moulding equipment used downstream.
The 1310 can be considered for selected house-wrap, radiant-barrier and insulation fastening where a 9.5mm staple is appropriate for the membrane and receiving substrate.
Staple length, spacing and fastening method should follow the membrane, insulation and substrate manufacturer's installation requirements. A 9.5mm leg should not automatically be treated as the correct size for every wrap or barrier.
Polymer composite staples are used in selected fiberglass and composite manufacturing processes where leaving a steel fastener inside or near the finished component is undesirable.
Compatibility depends on laminate construction, resin chemistry, core material, staple grade and production temperature. Test the actual fastener with the intended composite system before volume production.
| Buyer Check | 1310 Reference |
|---|---|
| Model | 1310 |
| Gauge | 19 Gauge |
| Crown | 12.7mm / 1/2 Inch |
| Leg Length | 9.5mm / Approx. 3/8 Inch |
| Cross-Section | Approx. 1.30 × 1.20mm |
| Material | Polymer Composite |
| Tool | Confirm exact polymer staple magazine and driver dimensions. |
| Substrate | Test penetration and holding performance in the actual material. |
| Machining | Confirm polymer grade against intended saw, router, planer or sanding process. |
The 1310 is packed at 5,040 staples per box and 40 boxes per carton. The listed carton size is approximately 35.5 × 34 × 24cm.
This packaging is suitable for cabinet factories, timber processors, composite manufacturers, insulation contractors, industrial users and fastener distributors purchasing polymer staples in volume.
KYA supplies polymer composite staples for woodworking manufacturers, lumber processors, composite producers, insulation installers and fastener distributors.
Custom color, length and packaging requirements can be discussed for bulk orders. Provide the exact stapler model, required fastener dimensions, application and purchasing quantity when requesting a quotation.
KYA supplies 19 gauge and 16 gauge polymer composite staples in multiple crown and leg-length configurations for non-metal industrial fastening applications.
The 1310 is a 19 gauge polymer composite staple with a 12.7mm / 1/2 inch crown, 9.5mm leg and approximately 1.30 × 1.20mm cross-section.
Yes. The individual 1310 model has a 9.5mm leg, approximately equivalent to 3/8 inch.
They are made from non-metal polymer composite material.
The polymer staple itself does not develop conventional steel rust because it does not use a steel staple body.
The polymer composite fastener is non-conductive. For safety-critical applications, evaluate the complete installed assembly according to the applicable requirements.
Polymer composite staples are commonly used where the workpiece will later be sawed, sanded, routed or planed. Tool compatibility should be validated against the exact polymer grade and machining process.
No absolute guarantee should be assumed. Polymer fasteners avoid the problems associated with striking steel staples, but different polymer grades can behave differently with high-speed steel, carbide and delicate cutting tools.
The fastener primarily provides mechanical holding in the substrate. Polymer staple systems may develop additional interaction with compatible materials during driving, but joint performance depends on the staple grade, substrate and production conditions.
Yes. Cabinetry, casegoods and woodworking are among the listed applications when a 9.5mm polymer staple provides suitable penetration.
Yes. Lumber tagging and lumber wrap are common applications for 19 gauge polymer composite staples.
They can be used in selected house-wrap and radiant-barrier applications where 9.5mm penetration is appropriate. Follow the membrane and substrate manufacturer's installation requirements.
No. Required fastener length varies with the membrane, substrate and installation system. Select the staple according to the applicable manufacturer's fastening instructions.
Fiberglass lay-up and composite manufacturing are among the listed applications. Test compatibility with the actual laminate, resin and core material before production.
The staple itself is non-metal polymer composite. However, metal-detector sensitivity and finished-product construction vary, so detection-sensitive processes should be validated with the actual equipment.
KYA references BeA 380/14-450, Spotnails 380/14-450 and Fasco PS50-450. Confirm the exact tool, crown width, staple cross-section and 9.5mm leg specification before ordering.
No. Gauge and crown alone do not determine compatibility. Fastener thickness, width, collation, material grade, magazine and driver geometry must also be checked.
The standard packing is 5,040 staples per box.
The listed packaging is 40 boxes per carton.
The listed family includes 1304 at 4mm, 1306 at 6mm, 1308 at 8mm, 1310 at 9.5mm and 1314 at 14mm.
Custom color, length and packaging requirements can be discussed for bulk orders. Provide the exact stapler model, application, required dimensions and purchasing quantity when requesting a quotation.
