Automation

OPTIBELT DELTA CHAIN ​​Carbon polyurethane timing belt

The OPTIBELT DELTA CHAIN Carbon polyurethane timing belt represents one of the most advanced generations of industrial timing belts, offering exceptional performance in power transmission and tensile strength thanks to its multi-layered structure and carbon fiber reinforcement technology. The belt is made of wear-resistant, high-temperature polyurethane and features a carbon core to ensure maximum stability against stretching, deformation, and tearing. Its precisely engineered tooth profile is compatible with standard industrial pulleys, enhancing efficiency and reducing noise in mechanical systems.

A standout feature of this belt is its extremely long service life, even under high loads and at high speeds, making it an ideal choice for industrial machinery, automation systems, packaging equipment, and other precision-driven applications. Additionally, its excellent resistance to oil, chemicals, and UV radiation allows for reliable performance in harsh industrial environments and variable working conditions. The belts maintenance-free operation, easy installation, and reduced overall upkeep costs are further advantages that make the DELTA CHAIN Carbon a highly competitive solution.

Timing belt open circuit

The open circuit timing belt is a key component in power transmission and position control systems used in industrial machinery and automation equipment. Unlike endless belts, it is produced without a loop and typically supplied in rolls or custom-cut lengths. This open design allows users to cut the belt precisely to the required system length. Featuring accurately spaced teeth designed to mesh perfectly with timing pulleys, the belt is commonly made from polyurethane reinforced with Kevlar or steel cords, ensuring high tensile strength, precise motion control, and long-lasting durability.

Open circuit timing belts are widely used in linear motion systems, industrial printers, CNC machines, packaging equipment, and robotic applications. These belts offer excellent resistance to wear, oil, chemicals, and harsh environmental conditions. Their maintenance-free operation and easy installation make them a cost-effective choice. Additionally, the availability of various tooth profiles and the ability to support applications that require precise positioning make the open circuit timing belt a reliable and flexible solution for engineers and industrial designers.

Rubber timing belt with two gears

The rubber closed-loop double-sided timing belt is a precise and reliable power transmission component widely used in mechanical systems and industrial automation. Its core structure consists of durable rubber compounds typically neoprene or HNBR reinforced with materials like fiberglass or aramid fibers. The key feature of this belt is the presence of teeth on both sides, allowing it to simultaneously transmit power in two different directions. This dual-sided design significantly enhances performance in systems that require synchronized, bi-directional motion.

The tooth profile is usually trapezoidal or curvilinear, ensuring high engagement accuracy with the pulley and preventing slippage. It is also highly resistant to heat, abrasion, and industrial oils. Since the belt is closed-loop, its length is fixed and usually customized to suit the specific requirements of each system, making accurate selection essential. The double-sided rubber timing belt is an ideal choice for applications such as printing machinery, packaging equipment, and robotic systems where precise and simultaneous power transmission is required in multiple directions.

MEGADYNE timing belt meter

The MEGADYNE timing belt by the meter is an advanced and flexible solution for power transmission in industrial machinery, offering the convenience of being cut and adjusted to the desired length based on user requirements. These belts are typically made from high-quality, wear-resistant polyurethane, which provides excellent durability against abrasion, tearing, oils, and industrial chemicals. The inner core of MEGADYNE belts is reinforced with steel or aramid cords to maintain long-term tensile stability and ensure precise motion control while preserving flexibility.

The toothed surface of these belts is engineered with precision using standard profiles such as T, AT, or HTD to maximize engagement with timing pulleys and eliminate slippage. These timing belts by the meter are ideal for use in conveyor systems, automation equipment, industrial printers, and packaging machines. The ability to customize length and easily fabricate closed-loop belts is another key technical advantage, making them a perfect choice for continuous and adaptable production lines.

DAYCO timing belt

The DAYCO timing belt by the meter is a high-performance power transmission product engineered with advanced technology and durable materials to ensure precise and stable operation in industrial environments. Made from reinforced rubber and strong fibers such as fiberglass or aramid, this belt is designed to withstand high pressure, tension, and harsh working conditions. Its open-ended, customizable format allows for cutting to specific lengths, making it suitable for a wide range of specialized industrial applications.

The belt’s tooth profile is manufactured to precise standards to ensure uniform engagement with timing pulleys, eliminating slippage and motion errors. It offers excellent resistance to high temperatures, industrial oils, abrasion, and humidity, making it an ideal choice for continuous production lines, packaging machines, CNC equipment, and automation systems. Dimensional stability, long service life, and quiet operation are among its key technical advantages that distinguish it from other products in the market.

BANDO timing belt meter

The BANDO timing belt by the meter is manufactured using high-quality raw materials and advanced technologies to deliver stable and precise power transmission. These belts are mainly made from durable polyurethane or rubber and feature a reinforced core with steel or aramid fibers, enhancing tensile strength and extending belt life. The standardized tooth design ensures effective, slip-free engagement with pulleys and prevents premature wear. Offered by the meter, these belts can be cut to custom lengths to meet diverse industrial requirements.

In addition to high mechanical resistance, the BANDO timing belt by the meter is resistant to heat, industrial oils, and harsh environmental conditions, making it ideal for use in production lines, automation machinery, and conveyor systems. Its high flexibility for installation and use in both closed-loop and open systems is another prominent feature, improving operational efficiency and reducing maintenance costs.

Shahbaz solar gearbox

The Shahbaz planetary gearbox delivers superior power transmission through its precision-engineered multi-stage planetary system, capable of handling torque loads up to 3.8 million Nm with 96% mechanical efficiency. Its compact design features case-hardened, ground helical gears with optimized tooth profiles that minimize noise levels below 68 dBA. The heavy-duty housing, constructed from high-grade SG iron with corrosion-resistant coating, withstands radial forces up to 450 kN and axial loads of 280 kN. An advanced forced lubrication system with integrated temperature control ensures reliable operation in ambient temperatures ranging from -25°C to +65°C, making it ideal for cement plants, mining operations, and heavy industrial applications.

Shahbaz planetary gear units boast a modular construction with multiple mounting options horizontal, vertical, and flange configurations for flexible installation. Key components include tapered roller bearings for enhanced load capacity, labyrinth seals with optional V-ring upgrades, and thermally optimized housing geometry. Compliant with ISO 1328, AGMA 2008, and DIN 3967 standards, these gearboxes offer optional ATEX certification for hazardous environments. The precision-ground gears deliver backlash as low as 4 arc-minutes, suita

Lenze solar gearbox

The Lenze planetary gearbox delivers high-efficiency power transmission through its precision-engineered multi-stage helical gear system, offering torque capacities from 200 Nm to 3.5 million Nm with mechanical efficiency exceeding 96%. Its compact design incorporates case-hardened, ground gears with optimized helix angles, reducing operational noise below 65 dBA while maintaining backlash as low as 3 arc-minutes. The reinforced housing utilizes spheroidal graphite iron EN-GJS-600 with corrosion-resistant coating, supporting radial loads up to 280 kN and axial loads of 180 kN. An integrated temperature-controlled lubrication system ensures reliable performance across -25°C to +80°C ambient conditions, ideal for packaging, material handling, and automation applications.

Lenzes modular planetary gear units feature flange-mount compatibility with IEC/NEMA motors and offer horizontal, vertical, or torque-arm installation configurations. Key structural innovations include preloaded tapered roller bearings, triple-labyrinth sealing with optional lip seals, and vibration-dampened housing geometry. Compliant with ISO 6336, AGMA 2015, and DIN 3990 standards, these gearboxes provide optional ATEX/IECEx certifications for explosive atmospheres. The hardened and ground sun/planet ge

Tramec servo motor solar gearbox

Tramec planetary gearboxes are designed for servo motor applications and feature a planetary planetary structure. These gearboxes offer high output torque and remarkable power density, with a wide range of reduction ratios standard reduction ratios and high custom ratio options and excellent mechanical efficiency often above 95%. Their compact design and extremely low backlash less than 1 arcmin in Precision models are key features.

These gearboxes are typically built with a lightweight yet robust one-piece aluminum housing, hardened and ground gears for high strength and durability, and high-quality bearings to withstand radial and axial loads. The output is often available as a smooth shaft, splined shaft, or standard flanged interface compatible with common servo motor interfaces.

Tramec gearboxes for precision servo applications require smooth and quiet operation, high positioning accuracy, and exceptional reliability. They can withstand high shock and momentary loads and are available in different backlash classes from Standard to Precision and High Precision. These gearboxes are usually pre-filled with long-life grease and require minimal maintenance. Their optimized design ensures smooth power transmission with minimal heat dissipation.

Compliance with inter

PGR solar gearbox

The PGR series planetary gearbox represents advanced motion control technology, engineered for high-performance servo applications. Featuring a precision planetary gear design with reduction ratios from 3:1 to 100:1+, it delivers exceptional torque density and mechanical efficiency exceeding 96%. The hardened and ground gear teeth, combined with high-quality bearings, ensure reliable operation under heavy radial and axial loads. With backlash as low as 1 arc-minute in precision models, it maintains superior positioning accuracy for demanding industrial automation. The compact aluminum housing provides optimal heat dissipation while reducing overall system weight.

PGR gearboxes incorporate a robust one-piece housing design with multiple output options including solid shaft, splined shaft, and servo-mount flange configurations. Advanced lubrication technology extends maintenance intervals, while the optimized gear geometry ensures quiet operation even at high speeds. The units meet ISO 9001 quality standards and carry CE certification, making them suitable for CNC machinery, robotic systems, and precision packaging equipment. Their ability to withstand shock loads and momentary overloads, combined with minimal thermal expansion characteristics, makes them ideal for continuou

Motovario helical gearbox

The Motovario helical gearbox series delivers high-efficiency power transmission for industrial applications, featuring precision-engineered helical gearing with torque capacities ranging from 100 Nm to 15,000 Nm. These gearboxes achieve exceptional mechanical efficiency up to 96% through optimized tooth profiles and premium bearing systems. The cast iron or aluminum housing options provide superior heat dissipation and corrosion resistance, while the modular design allows for multiple mounting positions foot-mounted, flange-mounted, or shaft-mounted configurations. With backlash as low as 5 arc-minutes in precision models, these units ensure smooth operation and accurate positioning. Standard models feature IP55 protection, with optional IP66 sealing available for harsh environments. The advanced lubrication system extends maintenance intervals up to 20,000 operating hours.

Motovarios helical gear technology reduces operational noise levels below 68 dBA while minimizing vibration for enhanced system longevity. The hardened and ground gear teeth case-hardened to 60 HRC provide extended service life even under continuous heavy loads. These gearboxes support various input options including IEC-standard motor flanges and direct shaft connections. Thermal optimization maintains

Transtecno helical gearbox

The Transtecno helical gearbox series offers high-performance power transmission solutions with torque capacities ranging from 50 Nm to 12,000 Nm. Engineered with precision-cut helical gears, these units achieve mechanical efficiency up to 96% while maintaining exceptionally low noise levels below 65 dBA. The heavy-duty cast iron housing provides superior heat dissipation and vibration damping, with optional aluminum housings available for weight-sensitive applications. Featuring multiple mounting configurations foot, flange, and shaft-mounted options, these gearboxes support standard IEC motor interfaces and offer backlash as low as 3 arc-minutes in precision models. The advanced sealing system meets IP66 protection standards, making them suitable for harsh industrial environments.

Transtecnos helical gear technology incorporates case-hardened gear teeth 58-60 HRC with precision grinding for extended service life under continuous operation. The optimized bearing arrangement ensures reliable performance with radial and axial load capacities exceeding industry standards. These gearboxes operate efficiently across a wide temperature range -20°C to +100°C and come with long-life lubrication for maintenance intervals up to 25,000 hours. Certified to ISO 9001 standards with CE,

SITI Helical Gearbox

The SITI helical gearbox series delivers high-efficiency power transmission with torque capacities ranging from 30 Nm to 10,000 Nm. Featuring precision-ground helical gears with 20CrMnTi alloy steel construction, these units achieve up to 97% mechanical efficiency while operating at noise levels below 63 dBA. The rugged cast iron housing GG25 grade provides exceptional thermal stability and vibration damping, with optional aluminum alloy versions for weight-critical applications. Available in foot-mounted, flange-mounted, and shaft-mounted configurations, these gearboxes support IEC standard motor interfaces and offer ultra-precise models with backlash as low as 2 arc-minutes. The triple-lip sealing system ensures IP67 protection against dust and water ingress, while the advanced lubrication system extends maintenance intervals to 30,000 operating hours.

SITIs innovative gear design incorporates carburized and tempered gear teeth 60-62 HRC with profile grinding for maximum durability under continuous heavy loads. The optimized bearing arrangement exceeds AGMA load capacity standards by 15-20%, ensuring reliable performance in demanding conditions. These gearboxes operate efficiently across an extended temperature range -25°C to +110°C and feature corrosion-resistant surf

Krom Schroeder DG 6U 3Z 50U 3Z Air Pressure Switch

The Chrom Schroder Air Pressure Switch model DG 6U 3Z is a high-precision industrial air pressure control relay, constructed with a durable aluminum body and a brass diaphragm mechanism. This product features an operating range of 2 to 60 millibar with an adjustment tolerance of ±1 millibar and is equipped with high-quality microswitches that provide a mechanical lifespan of over 300,000 cycles. Its pressure design includes a calibrated spring system allowing precise adjustment of switch on and off points.

The DG 6U 3Z pressure switch is manufactured in accordance with EN 14597 and EN 13611 standards and holds CE and ATEX certifications for use in industrial environments. It is designed for voltages up to 250 volts AC and currents up to 6 amps, with an operating temperature range from -10 to +70 degrees Celsius. Featuring an IP54 protection rating, it is specially optimized for burner air control systems, industrial ventilation systems, and compressed air automation applications. Its self-adjusting system ensures easy installation and commissioning.

Pressure switch Dongs GW 500 A5

The Dungs pressure switch model GW 500 A5 is a high-performance control device from the German brand Dungs, designed for monitoring and regulating gas pressure in medium to high pressure ranges. This model supports pressure adjustment up to 500 mbar and is mainly used in industrial applications, central heating systems, and large-scale burners. It operates based on a diaphragm and calibrated spring mechanism, which allows the switch to react quickly and accurately when the pressure exceeds the set value. This ensures a high level of safety in systems with significant gas flow rates.

The GW 500 A5 pressure switch features a durable industrial-grade housing resistant to corrosion, heat, and environmental pressure. It typically comes with a protection rating of IP54 or higher, making it well-suited for installation in harsh industrial environments. The unit includes standard mechanical and electrical connections for easy and quick installation. With its long-term operational stability, high switching accuracy, and compatibility with industrial automation systems, this pressure switch is an ideal choice for projects that require continuous monitoring of gas pressure in medium to high ranges.

Schroeder Chrome Gas Solenoid Valve 1/2-1 VG 40/32R02LT31DZ2

The Chrome Schuder progressive gas solenoid valve, model VG40/32R02LT31DZ2, is a high-quality, specialized component designed for precise and safe control of gas flow in heating systems, industrial units, and commercial installations. This valve features a nominal size of 1/2-1 inch and operates as a modulating solenoid valve, meaning it can open and close gradually based on control signals. This progressive operation significantly reduces sudden pressure shocks in the gas line, allowing for smoother flow regulation. The valve body is made from a durable alloy with a chrome finish, providing strong resistance to corrosion, heat, and wear, making it suitable for harsh industrial environments.

From a technical standpoint, the VG40/32R02LT31DZ2 operates on a 220V AC power supply and is equipped with a high-performance coil that ensures energy-efficient and reliable operation. The internal structure of the valve is engineered with precision and complies with the latest European standards, ensuring stable performance, quick response to control signals, and long-term safety. The valve typically supports a maximum operating pressure of up to 500 mbar and features an advanced sealing system to prevent gas leakage during continuous use. Its easy installation, high serviceability, and c

Coated Wire Rope

Import, production and distribution of all types of coated tow wire in Kariz industrial equipment.
PVC coated tow wire for sale
Sale of polypropylene coated towing wire
Sale of polyamide coated towing wire
Selling nylon coated towing wire
Sale of coated tow wire for gym equipment
Selling coated tow wire 1.5 to 3
Selling coated tow wire 2 to 4
Selling coated tow wire 3 to 5
Selling coated tow wire 4 to 6
Selling coated tow wire 5 to 7
Selling coated tow wire 6 to 8

Due to the fact that wire ropes are produced in different variations and depending on different needs, each of them has unique applications in different industries. Therefore, these steel ropes must be ready to be used in any weather conditions and different chemical conditions. Therefore, the towing wires are made resistant to destructive factors such as water and humidity, chemicals, ultraviolet radiation of the sun, etc. There are different ways to perform this retrofitting, such as galvanizing in the form of hot galvanizing and cold galvanizing, or producing steel towing wires, etc. One of the cheapest and most productive methods of retrofitting is coating the towing wire or rope. Steel is made of polymer materials.

Coated tow wire:
In the tow wire industry, it uses nylon PA, vinyl PVC, Teflon FE