HSS Saw Blade Ti-Coated Carbide Tip Metal Cutting OEM 1

HSS Saw Blade Ti-Coated Carbide Tip Metal Cutting OEM 2

HSS Saw Blade Ti-Coated Carbide Tip Metal Cutting OEM 3

HSS Saw Blade Ti-Coated Carbide Tip Metal Cutting OEM 4

HSS Saw Blade Ti-Coated Carbide Tip Metal Cutting OEM 5

HSS Saw Blade Ti-Coated Carbide Tip Metal Cutting OEM 6

HSS Saw Blade Ti-Coated Carbide Tip Metal Cutting OEM

A high-speed steel (HSS) saw blade with carbide-tipped teeth and a titanium (Ti) coating designed for metal cutting and OEM use. It delivers faster, smoother cuts with excellent heat resistance and long-lasting edge retention, reducing wear and downtime. OEM-grade construction ensures consistent precision, wide metal compatibility, and cost-effective durability for industrial production.

Lead Time:

1-500(pieces):8(days),501-1000(pieces):30(days),>1000(pieces):To be negotiated(days)

Place of Origin:

China

Customization:

Customized logo (Min. Order: 1 sets),Customized packaging (Min. Order: 50 sets),Graphic customization (Min. Order: 50 sets)

Samples:

$18.0/piece | Min. order : 1 piece

Shipping:

Support Sea freight

Payments:

L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

brand name:

X&H

Inquiry

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Matched machine

Manual or automatic metal circular sawing machine

Arbor

0.236"6-1.259"32/1.5"40-6"150 or as your request

Product name

High speed steel saw blade

Kerf

0.2-10mm/0.079"2-0.216"5.5 or as your request

Performance

Fast, sharp, high precision cutting

Finishing

White or as your request

MOQ

5 Pieces

Advantage

Using advanced Germany Technology

Diameter

1"25-6"150/14"350-66"1800 or as your request

Material

HSS

blade width

0.039in(0.10cm)

Blade Features

Multipurpose Cutting

Shape

Circular

grade

Diy

Saw Blade Size

275mm

place of origin

Shanghai, China

customized support

OEM, ODM, OBM

process type

Hot Press, Cold Press

edge height

0.315in(8mm)

blade diameter

11in(27.94cm)

blade length

customized

Number Of Teeth

customized

teeth per inch

customized

arbor size

1.259in(3.20cm)

Cutting Thickness

0.025in(0.06cm)

warranty

3 Years

Precision, Durability, Custom Packaging

This HSS saw blade with Ti‑coated tungsten carbide tips delivers precise, long‑lasting cuts for Steel & Stainless Steel, featuring a special steel body and professional‑grade quality for both manual and automatic metal sawing machines. Available in a wide range of diameters, kerfs, thicknesses and tooth counts, its thin‑kerf profile and varnish finish reduce heat and burrs to maximize cutting efficiency and blade life. OEM‑ready secure packaging, customizable inner diameters and finishes ensure easy stocking and fast installation, cutting downtime and guaranteeing consistent results on steel, stainless, iron and copper workpieces.

Precision Durable Carbide Cutting

This HSS saw blade pairs a tungsten carbide Ti-coated tip with a special-steel body and varnish or custom finishes, offered in a wide range of diameters, inner diameters, kerfs, blade thicknesses and tooth counts to meet OEM specifications. Engineered for high-speed, professional-grade metal sawing, it delivers durable, precise cutting performance for Steel & Stainless Steel and other metals in both manual and automatic sawing machines. The Ti-coating and carbide tips provide heat resistance and exceptional wear life while the rigid body and optimized tooth geometry ensure stable, low-vibration cutting, efficient chip evacuation and extended service life.

HSS Ti-Coated Carbide Tip

This HSS saw blade features Ti-coated tungsten carbide tips on a special steel body, delivering durable, high-performance metal cutting for manual or automatic sawing machines. Available in a wide range of diameters, kerfs, thicknesses and tooth counts, it is optimized for Steel & Stainless Steel as well as iron and copper pipe applications. Finishes are varnish or per customer request, with customizable inner diameters and professional-grade quality to meet OEM requirements.

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Precision, Durability, Superior Cutting

Built by a specialist tooling OEM with decades of cutting-tool expertise, this HSS saw blade with Ti-coated carbide tips is manufactured to tight tolerances using a hardened HSS body, durable titanium coating, and brazed carbide tips for stable, repeatable performance. Engineered specifically for metal cutting, it delivers fast, chip-free operation and long edge life, optimized for Steel & Stainless Steel in both industrial and workshop environments. Features include wear-resistant Ti coating, precision-ground carbide tips, optimized tooth geometry, and a heat-treated body—advantages are extended blade life, reduced downtime, cleaner cuts, and consistent accuracy.

Material introduction

The saw blade is built on a special high-speed steel body engineered for rigidity, thermal stability and precise tolerances during heavy-duty cutting. Ti-coated tungsten carbide tips are brazed to the cutting edge to provide exceptional wear resistance, reduced friction and extended life when machining abrasive alloys. Available with varnish or custom finishes across a wide range of diameters, thicknesses and tooth counts, this HSS saw blade is optimized for Steel & Stainless Steel cutting applications and suited to both manual and automatic metal sawing machines.

◎ Precision Carbide Fusion

◎ Titanium-Coated Durability

◎ Brazed Carbide Precision

FAQ

What types of metal and shapes can the HSS Ti-coated carbide tip saw blade cut effectively?

It is designed for a wide range of metal cutting tasks: mild and structural steels, alloy steels (within recommended hardness limits), stainless steel (with correct feeds/coolant), non-ferrous metals such as aluminum, brass and copper, plus profiles, tubes, sheets and bars. It is not ideal for highly abrasive materials, extremely hardened steels beyond the blade’s spec, or materials that would cause rapid coating wear.

Which machines and mounting requirements are appropriate for this blade?

This blade is normally used on metal-cutting circular saws (including cold saws and chop saws) that accept the blade’s diameter, arbor bore and maximum RPM. Confirm blade diameter, bore size and balance, and that the machine’s maximum RPM meets or exceeds the blade’s stamped max-RPM rating. Band saw use is not typical unless the blade design explicitly specifies it. Always follow the machine manufacturer’s mounting and safety instructions.

What cutting speeds, feeds and coolant practices give the best results?

Use moderate cutting speeds and steady feed rates appropriate to the material: slower speeds and heavier coolant for stainless and alloy steels, higher speeds with lighter feeds for aluminum and non-ferrous metals. Apply a suitable metal-cutting fluid when cutting ferrous materials to reduce heat and extend life; dry cutting is usually acceptable for many non-ferrous jobs. Always follow the blade and machine specifications for maximum RPM and adjust feed so teeth cut cleanly without excessive heat buildup or chatter.

How does the Ti-coating and carbide tip improve performance compared to plain HSS blades?

The Ti-based coating (e.g., TiN/TiCN) lowers friction and increases surface hardness, reducing wear and built-up edge; carbide tips provide a harder, wear-resistant cutting edge that maintains sharpness longer than HSS alone. Together they deliver longer life, more consistent cuts, and improved performance under higher production loads.

What maintenance and handling practices will maximize blade life and safety?

Ensure correct mounting and secure clamping; avoid lateral or twisting loads. Use recommended speeds, feeds and coolants; clear chips frequently to prevent re-cutting. Inspect teeth and brazed joints regularly; replace the blade if carbide tips are chipped or worn—do not attempt to regrind brazed carbide tips unless done by a qualified tool room. Store blades dry and flat, and always use guards and personal protective equipment when operating.

As an OEM product, what customization options and selection criteria should I consider?

OEMs can specify diameter, kerf width, arbor/bore size, tooth count and geometry (positive/negative hook, tooth pitch), carbide grade, coating type and thickness, and balance or tensioning. Choose tooth geometry and pitch for the workpiece thickness and finish requirement (finer teeth for thin sheets, larger gullets for thick section cutting). Specify coating and carbide grade based on material abrasiveness and production volume to optimize cost-per-cut.

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