Explore our world-class diamond saw blades, coring bits, and abrasive accessories designed alongside our heavy-duty bi-metal reciprocating series for demanding infrastructure projects.
Industrial demolition, salvage, and heavy fabrication operations require reciprocating saw blades that survive extreme bending stresses while sustaining razor-sharp tooth hardness up to 68 HRC.
Our reciprocating blade bodies utilize high-grade alloy spring steel (AISI D6A / 61SiCr7). Formulated with high yield strength and resilience, the back strip absorbs violent axial vibrations and mechanical kickback without suffering permanent deflection, blade buckling, or catastrophic shank shearing during plunge cutting.
State-of-the-art continuous vacuum electron-beam welding interfaces the high-speed steel edge ribbon with the spring alloy back. The microscopic weld penetration is monitored by laser profilometry, guaranteeing an atomic-level metallurgical bond that completely eliminates tooth strip-off under severe torsional loading.
Unlike standard carbon or basic bi-metal blades, our flagship reciprocating edges employ M42 High-Speed Steel infused with 8% active cobalt. This chemical formulation elevates the red-hardness limit above 600°C, sustaining edge sharpness through stainless steel schedules, hard structural metals, and cast iron alloys.
As reciprocating power tools shift from 18V brushed motors to 40V+ brushless industrial platforms delivering 32mm stroke lengths at 3,300 SPM, cutting accessories must evolve through advanced nano-coatings and variable kinematics.
Physical Vapor Deposition (PVD) titanium aluminum nitride coatings create a micro-hard thermal barrier layer (over 3200 HV) that oxidizes at the surface to form aluminum oxide, drastically accelerating cutting feeds in dry metal dismantling.
Multi-angle variable pitch designs (e.g., 10/14 TPI, 4/6 TPI) break harmonic resonance during rapid strokes. Tooth pockets feature parabolic gullets that clear swarf and chips at 2.4x the speed of conventional linear milling profiles.
Post-quench sub-zero liquid nitrogen thermal cycling transforms retained austenite into tempered martensite. This achieves a microscopic grain refinement that increases stroke life by up to 45% when cutting abrasive structural rebar.
Complementing our bi-metal lines, our micro-welded individual tungsten carbide teeth provide heavy demolition teams the ultimate weapon against boron steel vehicle pillars, cast steel water pipes, and brick-embedded wood framing.
| Blade Series | Tooth Metallurgy | Backing Substrate | Optimized Applications | Recommended TPI | Hardness Rating |
|---|---|---|---|---|---|
| Heavy Metal Extreme | M42 (8% Co) HSS | AISI D6A Spring Steel | Structural I-Beams, Stainless 316, Solid Bar | 8/10 TPI, 14 TPI | 67 - 69 HRC |
| Multi-Material Demolition | Matrix II Superalloy | High Fatigue Alloy Steel | Nail-Embedded Studs, Heavy Timber, Composite Wall | 5/8 TPI, 6 TPI | 65 - 67 HRC |
| Pallet Salvage Pro | Special Heat-Treated Bi-Metal | Ultra-Flex Low Deflection Alloy | Pallet Repair, Fast Nail Severing, Chamfered Tips | 10/14 TPI | 66 - 68 HRC |
| Thin Sheet & Conduit | M2 Micro-Hard HSS | AISI 6150 Chrome Vanadium | Sheet Metal 1.5–4mm, Metal Conduit, Copper Pipe | 18 TPI, 24 TPI | 64 - 66 HRC |
From municipal disaster management to precision precast modifications, our OEM custom formulations address exact site kinetics, heat dissipation, and torque profiles.
Demolition job sites present chaotic cutting vectors where blades inevitably encounter structural steel bolts, hardened nails, and masonry mortar within milliseconds. Our wide-body 25mm demolition bi-metal profiles provide maximum beam stiffness, eliminating lateral flex and kickback during aggressive multi-material plunge cuts.
First responders tackling extrication must slice through high-strength hydroformed vehicle chassis, ultra-high-strength steel (UHSS) pillars, and laminated windscreens. Our specialized rescue series features aggressive rake angles and reinforced tang geometries that prevent blade release during life-critical extraction tasks.
Industrial piping contractors require accurate, square cut-offs on schedule 40/80 steel, ductile iron, and cast pipes. Our 1.3mm to 1.6mm heavy-gauge bi-metal reciprocating blades maintain perpendicular tracking when paired with mechanical pipe clamp accessories, eliminating costly manual bevel dressing.
Operating from our high-precision fabrication center in Tuqiao Industrial Park, Jiangning District, Nanjing, and our global distribution team in SIP Suzhou, we deploy comprehensive automated manufacturing.
Our raw material supply chain secures certified bi-metal strip coils through long-term metallurgical partnerships. Fully automated multi-axis stamping and high-speed rotary milling lines shape tooth profiles with zero burr formation, guaranteeing absolute batch-to-batch tooth pitch consistency across multi-million blade contracts.
Precise hardness gradient control is achieved through computerized multi-stage vacuum austenitizing and triple tempering furnaces. This creates an engineered hardness transition: maintaining tooth crests at 68 HRC while preserving the body core at 48–52 HRC to completely avoid stress fracture propagation.
100% in-line optical telecentric camera sensors check tooth set clearance (alternate, wavy, or raker set) at up to 120 meters per minute. Every master production order receives an encoded batch laser mark, enabling cloud-based material origin tracking from coil lot to finished blister package.
We serve Fortune 500 hardware retail chains, professional power tool OEMs, and regional industrial distributors across North America, the European Union, Australasia, and Latin America.
All bi-metal blade production strictly conforms to ISO 9001:2015 manufacturing workflows. Products are validated under ANSI B121.1 specifications for high-speed cutting attachments, ensuring universal 1/2-inch tang fitment across Milwaukee, DeWalt, Makita, Bosch, and Hilti tools.
We supply turn-key private label execution: UV color printing, customized corrosion-resistant powder coatings, automated fiber laser etching of client trademarks, QR technical codes, and custom retail-ready blister packs, plastic cases, or contractor bulk packaging.
Surface coatings, anti-rust oils, and printing inks are verified by independent SGS / TÜV test laboratories to comply with EU REACH Annex XVII, SVHC candidate lists, and RoHS directives, guaranteeing frictionless border entry into sensitive European retail channels.
With established export clearance channels through Shanghai and Ningbo maritime hubs, we handle FOB, CIF, DDP, and bonded transshipment workflows. Guaranteed lead times, dedicated ERP logistics coordinators, and rapid airfreight sampling support fast product onboarding.
Explore our complete range of high-performance contractor blades, pavement grooving discs, core drill systems, and oscillating attachments produced under our single ISO quality system.
Detailed technical and commercial answers addressing metallurgy, factory capabilities, minimum order quantities, and custom private labeling.