Blade Iran

Shaving Blades Packaging Machine

The Shaving Blades Packaging Machine is an essential piece of equipment for companies involved in the production or distribution of shaving blades. Due to their delicate and sensitive nature, shaving blades require professional packaging that protects them from moisture, dust, and physical damage. Moreover, attractive and standardized packaging plays a major role in attracting customers and boosting sales.

With an Automatic Shaving Blades Packaging Machine, you can package different types of blades quickly and accurately. These machines offer flexibility in packaging various sizes and quantities, allowing blades to be wrapped individually or in multi-packs using durable and transparent films. The advanced design of the machine ensures complete protection while giving the final product a premium and customer-friendly appearance.

For manufacturers, the price of a Shaving Blades Packaging Machine is always a key concern. Prices vary depending on production capacity, automation level semi-automatic or fully automatic, and additional features. Nevertheless, investing in such a machine reduces labor costs, increases packaging speed, and enhances brand value.

Our company provides expert consultation and full support in the sale of Shaving Blades Packaging Machines, helping you

HSCO BS2010 Deburring Blade

The HSCO BS2010 deburring blade is manufactured from cobalt alloyed high speed steel with an approximate cobalt content of 5 to 8 percent. This alloy composition provides stable hardness in the range of 64 to 67 HRC. The blade cutting geometry is designed with a nominal angle of about 60 degrees. This angle enables uniform deburring of both internal and external edges. The effective blade length is approximately 43 millimeters, with a thickness close to 3.1 millimeters. These dimensions provide suitable bending strength. The blade is suitable for alloy steel, stainless steel, and heat resistant alloys. Edge grinding accuracy is controlled below 0.009 millimeters.

Structurally, the HSCO BS2010 deburring blade features a reinforced cutting edge with a chipping resistant design. This design increases tool life under demanding working conditions. Multi stage vacuum heat treatment is applied. This process ensures microstructural stability. The blade surface has a precision finish with an average roughness of Ra 0.36 microns. This finish reduces friction and chip adhesion. The blade is manufactured in accordance with the BS2010 dimensional standard and is compatible with industrial deburring handles. Thermal resistance is maintained up to approximately 650 degrees Celsius.

HSCO BS1012 Deburring Blade

The HSCO BS1012 deburring blade is manufactured from cobalt alloyed high speed steel with an approximate cobalt content of 5 to 8 percent. This alloy provides uniform hardness in the range of 64 to 67 HRC. The blade cutting geometry is designed with a nominal angle of 58 degrees. This angle is suitable for controlled removal of fine burrs. The effective blade length is approximately 42 millimeters, with a thickness close to 3.0 millimeters. These dimensions provide an optimal balance between flexibility and bending strength. The blade is suitable for carbon steel, stainless steel, and nickel alloys. Edge grinding accuracy is controlled below 0.01 millimeters.

Structurally, the HSCO BS1012 deburring blade features a double sided cutting edge with a wear resistant design. This structure enables extended service life. Heat treatment is performed in multiple stages to ensure microstructural stability. The blade surface is finished with an average roughness of Ra 0.38 microns. This finish reduces chip friction. The blade is manufactured in accordance with the BS1012 dimensional standard and is compatible with most industrial deburring handles. Thermal resistance is maintained up to approximately 650 degrees Celsius.

Concrete Cutting Diamond Blade

A concrete cutting blade utilizes metal-bonded abrasive segments with industrial diamond grit. Diamond concentration ranges from 30/40 to 40/50 mesh with an average density of 35 percent. These segments are laser-welded to a steel core with 350 MPa tensile strength. Standard diameters range from 100 mm to 1200 mm. Blade thickness varies from 2.5 mm to 4.0 mm with a tolerance of ±0.1 mm. The optimal peripheral cutting speed is 50 to 80 meters per second. This blade cuts concrete up to 60 MPa compressive strength, asphalt, and masonry. Its service life reaches 500 square meters in reinforced concrete cutting.

Its construction features a steel core, cutting segments, and cooling slots. The number of segments ranges from 6 to 36 depending on diameter and application. Segment height is typically 10 mm to allow for re-sharpening. The segment attack angle is set between 0 and 15 degrees positive. Laser-cut slots facilitate water flow up to 8 liters per minute. This design maintains the cutting zone temperature below 100 degrees Celsius. High-quality blades feature precise markings for installation and maximum RPM. These markings ensure safety and efficiency in heavy-duty operations.

HSCO BS1018 Deburring Blade

The HSCO BS1018 deburring blade is manufactured from cobalt alloyed high speed steel, typically containing 5 to 8 percent cobalt. This alloy composition provides stable hardness in the range of 64 to 67 HRC. The engineered cutting angle is approximately 60 degrees, making it suitable for precise deburring of hard edges. The effective blade length is about 45 millimeters, with a thickness close to 3 millimeters. These dimensions ensure high mechanical stability. The blade is suitable for alloy steels, stainless steel, and heat resistant alloys. Edge grinding tolerance is controlled below 0.008 millimeters.

Structurally, the HSCO BS1018 deburring blade features a reinforced cutting edge with a chipping resistant design. This structure increases tool life in heavy duty industrial applications. A multi stage heat treatment process is applied to achieve a uniform microstructure. The blade surface has a precision finish with an average roughness of Ra 0.35 microns. This reduces contact friction. The blade is manufactured in compliance with the BS1018 standard and fits professional deburring handles. Thermal stability is maintained up to approximately 650 degrees Celsius.

HSS BS1010 Deburring Blade

The HSS BS1010 deburring blade is manufactured from high speed steel with a standard alloy composition including tungsten, molybdenum, and vanadium. This composition provides a nominal hardness of 62 to 65 HRC. The blade features a symmetrical cross section with an approximate cutting angle of 55 degrees, optimized for uniform burr removal. The effective blade length is typically 40 millimeters, with a thickness of about 3.2 millimeters. These dimensions ensure a balance between strength and flexibility. The blade is suitable for steel, aluminum, brass, and engineering plastics. Edge grinding accuracy is maintained below 0.01 millimeters.

Structurally, the HSS BS1010 deburring blade includes a double sided reversible cutting edge. This design can double the operational service life. Heat treatment is performed using a vacuum process to minimize internal stresses. The blade surface has a semi mirror finish with an average roughness of Ra 0.4 microns. This finish reduces friction and chip adhesion. The blade complies with BS dimensional standards and fits most industrial deburring handles. Thermal resistance is maintained up to approximately 600 degrees Celsius.

Diamond and Carbide-Tipped Wood Cutting Blade

Wood cutting blades commonly range from 165 to 350 mm in diameter. They are constructed on a high-strength steel body. The plate thickness is between 1.8 and 2.8 millimeters. Cutting edges are made from Tungsten Carbide TCT tips of various grades. Tooth count varies from 24 to 96, designed based on diameter and cut type. The tooth hook angle ranges from 15 to 30 degrees for smooth and fast cuts. Polycrystalline Diamond PCD tipped blades are used for industrial applications and hardwoods. These blades are optimized for 4000 to 6000 RPM on table saws.

The tooth structure features a specific design for efficient chip removal. This design includes anti-kickback gullets and alternating top bevel profiles. Premium blades are coated with Titanium Nitride TiN to reduce friction and enhance lifespan. The standard bore diameter is 30 or 20 mm with precise tolerance. Blade runout of less than 0.05 mm is crucial for superior cut quality. These blades can cut softwood, hardwood, MDF, and fiberglass up to 80 mm thick. A standard carbide-tipped blades lifespan reaches up to 2000 linear meters in oak. Vibration and noise are reduced by up to 70% in balanced blades.

Diamond Blade Arbor

A blade arbor is a high-precision steel adapter connecting the cutting disc to the tool. It is manufactured from C45 carbon steel undergoing surface hardening heat treatment. Its surface hardness reaches 45 to 50 HRC. Its standard outer diameter is 22.23 mm 7/8 inch or 20 mm. Its inner diameter matches the tool spindle, typically M14 or 5/8 inch. Dimensional tolerance on critical surfaces is maintained at IT7 or better. Total arbor length varies from 15 to 50 mm based on the blade diameter. All surfaces are machined with a surface finish better than Ra 1.6 microns.

Its structure consists of a base flange, a central hub, and a locking nut. The base flange has a minimum 3 mm thickness to prevent deflection. The central hub provides at least 10 mm of contact length on the spindle ensuring perfect concentricity. The locking nut is typically made from A2 stainless steel with metric threads M14x1.5 or M14x2. Recommended tightening torque is between 35 and 50 Nm. This design enables uniform load transfer and reduces radial play to under 0.05 mm. Its symmetrical and balanced geometry minimizes vibration at speeds exceeding 10,000 RPM.

Hot Saw Blade for Heavy Metal Cutting

The hot saw blade features a synthetic diamond coating of grade SDC 1100. This cutting edge contains 3500 diamond particles per square centimeter. Standard blade diameters range from 400 to 1250 millimeters for industrial tasks. The core is made from Cr-V steel with a tensile strength of 1450 N/mm². Blade thickness is between 3.2 to 5.5 mm with a tolerance of ±0.15 mm. It is designed for cutting hardened steels up to HRC 60. Optimal linear cutting speed is set between 25 to 40 meters per second. Continuous cooling with specific cutting oil is mandatory.

The blade structure incorporates deep gullets with a 25-degree hook angle. This design facilitates hot chip evacuation. Diamond segments with a height of 10 to 15 mm are attached via an electrolytic process. A shock-absorbing copper-bronze interlayer dampens vibration. This blade operates on 3-phase machines with minimum 5500-watt power. It can perform radial cuts up to 300 mm deep in carbon steel. The resulting cut surface has a quality of Ra 12.5 micrometers without secondary work. The blades effective life before re-tipping is 4500 minutes of active cutting.

Diamond Saw Blade Specifically for Aluminum

Diamond saw blades for aluminum are manufactured in 185 to 500 mm diameters. The steel core is made from low-carbon steel with precise heat treatment. Blade thickness ranges from 1.6 to 2.8 mm with a dimensional tolerance of ±0.05 mm. Industrial diamond particles of 80/100 mesh are set in the cutting segments. A soft and flexible bond matrix, such as bronze-tin, is selected. This bond prevents clogging and adhesion of soft aluminum chips. The recommended rotational speed is between 3000 to 5000 RPM. This blade is optimized for cutting extruded profiles up to 150 mm thick.

The blade structure features wide gullets for rapid chip removal. The gullet angle is designed at approximately 15 degrees. The number of diamond segments typically ranges from 24 to 64. Each segment height is between 5 to 8 millimeters. The blade surface is coated with nickel to reduce friction and dissipate heat. Blade runout TIR is maintained better than 0.1 millimeters. This blade can produce cuts with a smooth surface finish up to Ra 3.2 micrometers. Its service life before requiring re-sharpening reaches 2000 hours of continuous cutting.

American Morse Hand Saw Blade

The Morse hand saw blade is made from Bi-High-Speed Steel M2. This steel contains 18% tungsten and 5% cobalt, achieving HRC 64-66 hardness. Standard blade length is 250 or 300 mm with a 0.9 mm thickness. Blade width is 12.7 mm with a tooth height of 4 mm. Tooth density ranges from 14 to 32 Teeth Per Inch TPI. Triple Chip Grind TCG teeth are used for cutting aluminum and steel. The handle is made from fiberglass-reinforced with anti-slip rubber coating. The blade withstands tension up to 400 Newtons without deformation.

The blade structure features standard 100 mm universal end holes. These holes are compatible with most adjustable hand saw frames. A positive 10-degree rake angle ensures smooth and fast cutting. Electropolished surface finish enhances corrosion resistance and prevents binding. The blade can easily cut steel pipes up to 120 mm in diameter. Impact-resistant packaging with a plastic case protects the blade. This product holds UL safety certification and complies with ASTM E323 standard. Its effective service life exceeds 5000 straight cuts in soft aluminum materials.

Diamond Saw Blade for Sugar Cube Cutting

Diamond sugar cutting blades are produced in 300 to 1200 mm diameters. Their steel core is made from stress-relieved 410 stainless steel. Core thickness ranges from 2.2 to 3.5 mm with ±0.1 mm precision. Industrial diamond particles of 40/50 mesh are set in the cutting segments. The bond matrix uses cobalt-bronze with 25-35% diamond concentration by volume. This composition withstands impact strength up to 15 Joules. Optimal linear cutting speed is set between 40-60 meters per second. These blades are designed for sugar blocks with 15-30 Brinell hardness.

The blade structure features 20-degree cooling gullets. These gullets increase airflow by up to 30%. The number of segments varies from 36 to 72 based on diameter. Each segment has a height of 7 to 10 millimeters. Mounting uses dedicated flanges with threaded bolt holes. Blade runout TIR is maintained below 0.15 millimeters. This blade can cut up to 5 tons of sugar per hour without edge degradation. Its service life before re-tipping reaches 3000 effective operating hours.

Diamond Saw Blade for Aluminum Cutting

Diamond saw blades for aluminum cutting are made in 185 to 500 mm diameters. The core uses cold-rolled H9 precision steel for high strength. Blade thickness is maintained between 1.8 to 2.6 mm with ±0.03 mm tolerance. 100/120 mesh diamond particles are set in a bronze-silver alloy matrix. This soft bond prevents clogging from soft aluminum chips. Optimal cutting speed is 3500 to 6000 RPM. It is engineered for cutting extruded profiles up to 130 mm thick. Performance remains stable at temperatures below 60°C.

The blade design features wide 14-degree gullets for rapid chip removal. Segment count varies from 32 to 72 depending on diameter. Each segment is 5 to 8 mm tall for extended life. A Nickel-PTFE coating on the body reduces friction. Blade runout TIR is kept below 0.08 millimeters. It is recommended for precision cut-off saws with minimum 1800-watt power. Cut quality reaches Ra 3.2 micrometers without further finishing. Service life achieves 2500 hours of effective operation.

ITR 15-hole grader blade

The ITR 15-hole grader blade is engineered to enhance cutting and leveling efficiency in road construction machinery. It is made of hardened alloy steel with tensile strength up to 900 MPa and surface hardness of 40-45 HRC. Each blade has standard dimensions and a service life exceeding 3000 operating hours under heavy-duty conditions. Fifteen precision holes with tolerances below 0.1 mm ensure uniform and secure attachment to the grader body. The blade’s design distributes forces evenly and reduces vibration during cutting.

The ITR 15-hole grader blade offers high wear resistance and can withstand compressive loads up to 15 tons. Each blade weighs approximately 48 kilograms, allowing quick installation and replacement using corrosion-resistant bolts and nuts. Manufacturing standards comply with ISO 4957, ensuring material quality and dimensional accuracy. This blade improves machine stability and enhances efficiency in excavation and leveling operations.

ITR 17-hole grader blade

The ITR 17-hole grader blade is engineered to enhance precision in cutting and leveling during excavation and road construction. It is made of hardened alloy steel with tensile strength up to 950 MPa and surface hardness of 42-48 HRC. Its service life exceeds 3500 operating hours under heavy-duty conditions. Seventeen precision holes with tolerances below 0.1 mm ensure uniform and secure attachment to the grader body. The blade’s design distributes forces evenly and reduces vibration during cutting and leveling.

The ITR 17-hole grader blade provides high wear resistance and can withstand compressive loads up to 18 tons. Each blade weighs approximately 55 kilograms, allowing quick installation and replacement using corrosion-resistant bolts and nuts. Manufacturing standards comply with ISO 4957, ensuring material quality and dimensional accuracy. This blade improves machine stability and enhances efficiency in excavation and ground leveling operations.