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MindMap Gallery rubber products
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rubber products
Types of rubber products organized according to the Rubber Industry Manual, including medical rubber products, Rubber products in contact with food, rubber sealing products, Construction engineering rubber products, rubber shock-absorbing products, etc.
Edited at 2024-03-26 18:48:56
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rubber products
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This Valentine's Day brand marketing handbook provides businesses with five practical models, covering everything from creating offline experiences to driving online engagement. Whether you're a shopping mall, restaurant, or online brand, you'll find a suitable strategy: each model includes clear objectives and industry-specific guidelines, helping brands transform traffic into real sales and lasting emotional connections during this romantic season.
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This Valentine's Day map illustrates love through 30 romantic possibilities, from the vintage charm of "handwritten love letters" to the urban landscape of "rooftop sunsets," from the tactile experience of a "pottery workshop" to the leisurely moments of "wine tasting at a vineyard"—offering a unique sense of occasion for every couple. Whether it's cozy, experiential, or luxurious, love always finds the most fitting expression. May you all find the perfect atmosphere for your love story.
- Milano Cortina 2026 Ice Hockey Schedule
The ice hockey schedule for the Milano Cortina 2026 Winter Olympics, featuring preliminary rounds, quarterfinals, and medal matches for both men's and women's tournaments from February 5–22. All game times are listed in Eastern Standard Time (EST).
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rubber products
adhesive tape
conveyor
Fiber material tensile layer conveyor belt
canvas core conveyor belt
Overall canvas core conveyor belt
Aramid rope core conveyor belt
Short fiber directional reinforced conveyor belt
Metal material tensile layer conveyor belt
Transmission belt
Flat transmission belt
V-shaped drive belt
Synchronous toothed belt
Hose
Classification by product structure
Cloth hose
Braided hose
Wrap hose
Knitted hose
and other hoses
Pure hose, ring braided hose, composite hose, mud discharge (suction) hose, heavy oil discharge and suction hose, drilling hose, short fiber reinforced hose and synthetic resin hose, etc.
According to the pressure state
Pressure resistant hose
suction hose
Pressure resistant suction hose
According to usage conditions and usage performance
Ordinary hose
Media resistant hose
Special hose
coated fabric
Protective coated fabrics
waterproof coated fabric
The largest amount is used, mainly used in the manufacture of tarpaulins, building canopies, raincoats, windbreakers, thermal suits, life-saving suits, wading suits, aquatic suits, diving suits, etc.
Coated fabrics for the manufacture of special purpose garments
Acid-resistant, alkali-resistant, heat-insulating, oil-resistant, gas-proof, ray-proof, insulating, flame-retardant, waterproof and breathable coated fabrics can be used as protective clothing for various professional operations such as smelting, firefighting, mountaineering, aerospace, and biochemical prevention. This type of coated fabric is also called clothing coated fabric. Coated fabrics for medical mattresses, coated fabrics for curtains for daily use, and coated fabrics for aprons in the slaughtering industry all fall into this category.
Coated fabrics for inflatable products
Mainly used to manufacture various types of inflatable rubber work boats, military rubber assault boats, inflatable life rafts, helium airships, pontoons, inflatable buildings, balloons, air cushions, air bags, floating bags, fuel tanks, rubber dams, hovercraft aprons, Inflatable furniture, oil booms, inflatable fenders, mine air guides and other products.
Coated fabrics for industrial accessories
There are many types of coated fabrics for industrial accessories with different properties and high manufacturing technology and product quality requirements. They are mainly used to manufacture coated fabric accessories for printing, textiles, fertilizers, aviation, instruments, automobiles, tractors, cameras and other industrial applications.
shoes
Upper material classification
Cloth rubber shoes
rubber shoes
Rubber and plastic shoes
Manufacturing process classification
Hot vulcanized legal rubber shoes
Molded rubber shoes
Cold bonded rubber shoes
Injection pressure or injection molding rubber shoes
Classification by wearing objects
men's rubber shoes
women's rubber shoes
Big children's rubber shoes
Middle children's rubber shoes
Children's rubber shoes
Classified by use
Rubber shoes for daily use
Such as casual shoes, children's shoes, cotton rubber shoes, low rubber boots, children's rain boots, children's rain boots, lightweight rubber boots, colored rain boots, colored rain boots, high rubber boots, non-slip rubber boots, casual shoes, etc.
Working rubber shoes
Such as Jiefang shoes, farmland rubber boots, industrial and mining boots, etc.
Rubber shoes for labor protection
Such as oil-resistant shoes, insulated shoes, paddy boots, insulated boots, acid and alkali resistant boots, anti-static shoes, conductive shoes Shoes, fire boots, overalls, etc.
Ordinary sneakers
Such as high-top sneakers, low-top sneakers, etc.
Professional sports shoes such as basketball shoes, volleyball shoes, table tennis shoes, badminton shoes, football training shoes, marathon shoes, tennis shoes Sneakers etc.
Special shoes
Such as magnetic therapy shoes, antibacterial and deodorant rubber shoes, theater shoes, etc.
Sandals and slippers such as cloth sandals, synthetic leather sandals, microperforated slippers, microperforated sandals, etc.
Latex and latex products
Latex according to its source
natural rubber latex
By performance and purpose
General purpose latex
Centrifuge concentrated latex
High ammonia
Low ammonia
Concentrated latex by paste method
Concentrated latex by evaporation
Special latex
High concentration latex
purified latex
Cold-resistant latex
positive latex
Grafted latex species
Pre-vulcanized latex
Reinforced latex
Hengtisco latex and other products
According to concentration
low concentration latex
Generally refers to ammonia-preserved field latex, which has a low latex concentration (total solid content of 35% to 40%), low viscosity, large variability, and high stability. This latex can be used when the concentration required by the process is not high.
medium concentration
Generally refers to latex concentrated by centrifugal method and paste method. This type of latex has high viscosity, small variability, low stability and strong adaptability. The latex industry mainly uses this type of latex.
High concentration latex
Generally refers to the concentration of latex by evaporation. The latex has high concentration, total solid content is generally above 70%, high viscosity, highest stability, high content of non-glue substances, and large variability. It is suitable for squeegee products and adhesives.
synthetic latex
As rubber colloidal water dispersion systems, they have dispersed phases and dispersion media. The dispersed phase is composed of rubber or other polymer particles, and the dispersion medium is mainly composed of water, which also contains other substances necessary for preparing latex and stabilizing the latex, such as emulsifiers, regulators, and terminators.
Styrene butadiene latex
neoprene latex
Nitrile latex
fenfenpyr latex
Carboxy latex
polybutadiene latex
Fluorine latex
silicone latex
acrylic latex
PVC latex
polyvinyl acetate latex
vinyl acetate latex
polystyrene latex
artificial latex
Butyl latex
Polyisoprene latex
Ethylene propylene latex
Polyurethane latex
Latex products
Latex pure rubber products
Impregnated products
Sounding balloons, festival balloons, advertising balloons; various contraceptive products; surgical gloves, examination gloves, household gloves, industrial gloves and special protective gloves and various large and lined gloves; surgical drainage tubes, catheters; pacifiers, diapers and other baby products; ball bladders, rubber shoes (boots) dipping paste, and cosmetics, etc.
Sponge products
Various molded and non-molded sponges, cosmetics, etc.
Extruded products
Various rubber threads and hoses
molded products
Various toys, large sounding balloons, solid products, etc.
Composite products of latex and other materials and industrial applications of latex
latex adhesive
Various general and special purpose latex adhesives.
coating
Architectural coatings, protective coatings, decorative coatings, etc.
carpet backing
Backing sponge and backing paint.
Fiber and fabric processing
Non-woven fabrics, fiber and fabric impregnation, artificial leather, etc.
paper processing
Various paper impregnation, coating and adhesion, etc.
building materials
Latex cement, latex asphalt, waterproofing materials and caulking materials, etc.
other
Various sealing materials, polishes, sunscreens, printing inks, soil stabilizers, etc.
Medical rubber products
subtopic
natural rubber products
Silicone rubber products
Polyurethane products
trans-1,4-polyisoprene products
Butyl rubber and halogenated butyl rubber products
Classification of products
Classified according to different processing methods
Molded products
Extruded products
Calendered products
Latex products
Injection pressed products
Injection molded products, etc.
According to the biosafety of medical rubber products
in vitro products
Products in direct contact with human body surface
Products that come into indirect contact with human tissue or blood
Products that do not come into contact with the human body either indirectly or directly
In vivo products
There are several categories of products that come into contact with tissue/bone or blood (implanted, short-term implanted, non-implanted). Among them, artificial organs, plastic materials, tissue repair materials and some internal drainage devices are all long-term products. Implantable. Therefore, there are high requirements for biocompatibility and resistance to biological aging.
Rubber products in contact with food
For food processing industry
Rubber tubes, conveyor belts, rubber rollers, etc. for transporting food raw materials, auxiliary materials and finished products
Tools for processing food and gaskets and sealing materials in processing equipment (such as rubber sheets, O-rings, etc.)
Labor protection supplies used when processing food (such as rubber gloves, aprons, shoes, etc.)
Containers and packaging materials for storing food, etc.
used in daily life
Such as sealing rings of pressure cookers and coffee grinders, rubber bottle stoppers, hoses of automatic food vending machines, rubber nipples, etc.
Sports, cultural and educational grade daily necessities products
Balls
rubber ball
Have gallbladder
Skeleton layer class
Basketball, volleyball, football, water polo, youth ball and other balls
Skeletonless layer class
Rhythmic gymnastics balls, playground balls and other gutless balls - tennis balls, toy leather balls, etc.
no gallbladder
Tennis, toy leather balls
Rubber sealing products
For static sealing
O-rings, gaskets, door and window sealing strips, dust covers, gaskets, etc.
For dynamic sealing
For reciprocating motion - O-rings, various cross-section sealing rings, rubber bowls, rubber rings, diaphragms, dust covers, etc.
For rotary motion - oil seals, air seals, O-rings, etc.
For spiral motion - O-rings, various cross-section sealing rings, sealing washers, etc.
For high vacuum - O-rings, diaphragms, gaskets, gaskets, etc.
Construction engineering rubber products
Bridge plate rubber bearing
Basin type rubber bearing
Building isolation rubber bearings
Bridge rubber telescopic device
Rubber waterstop
Rubber sleeper pad
Rubber shock-absorbing products
rubber shock absorber
Shock-absorbing rubber products for roller conveyor transportation
Pure rubber shock-absorbing products
The main material of shock-absorbing products is rubber. This type of shock-absorbing products are mainly used for rail shock absorption. Such as rubber pads under rails, rubber pads under pillows, etc., which play the role of mitigating impacts and attenuating vibrations.
Rubber metal composite shock-absorbing products
The main materials of shock-absorbing products are rubber and metal, with metal playing a load-bearing role. Rubber attenuates vibration and reduces wear between metals. This type of shock-absorbing products is the most widely used and important shock-absorbing rubber product on rolling stock.
Rubber liquid composite shock-absorbing products
The main materials of shock-absorbing products are rubber and liquid, which are made by utilizing the viscosity of the liquid. It uses negative work to absorb vibration energy. The advantage is that its resistance is a function of the vibration speed. Its characteristic is that the attenuation of the amplitude is related to the amplitude. When the amplitude is large, the attenuation is also large. For example, the viscoelastic rubber buffer in the coupler buffer is a typical rubber liquid composite shock absorber.
Air spring
Classification by use of shock-absorbing rubber products
Plays the role of buffering impact, such as central and axle box springs;
It plays the role of positioning and attenuating (energy consumption) vibration, such as vertical and horizontal elastic products;
It plays the role of positioning (elastic restraint), such as the elastic positioner of the axle box wheel in the longitudinal and transverse directions, and the transverse buffer of the vibration table. or longitudinal traction rod.
Classification according to the application parts of shock-absorbing rubber products
Rubber shock absorbing products for rolling stock: primary series rubber shock absorbing products, second series rubber shock absorbing products, coupler buffers, and elastic wheels.
Rubber shock-absorbing products for track lines: rubber pads on pillows, rubber pads under pillows, track shock absorbers, slag-free rails Elastic pads under the board, elastic cushions under the elastic support blocks, and rubber boot covers.
Rubber shock-absorbing products for rolling stock
Axle box spring
Rubber side bearing
Rubber elastic coupling for rail transit
Elastic side support
Axle box rubber pad
rubber joint
air spring system
Rubber elastic wheels
coupler buffer
Orbital shock absorber
Damping and noise reduction materials
Air tire friction clutch
Radial clutch
Ordinary clutch
Ventilated clutch
Axial clutch
Diaphragm clutch
air bag clutch
Piston type clutch
Flexible rubber joint
Classification by connection form
Loose sleeve flange type flexible rubber joint
Threaded flexible rubber joint
Fixed flange type flexible rubber joint
Threaded pipe flange connection
Classification by product structure
Single ball flexible rubber joint
Double ball flexible rubber joint
Curved ball flexible rubber joint
Multi-sphere flexible rubber joint
Classified by use
Universal Flexible Rubber Joint
Oil-resistant flexible rubber joint
Heat-resistant flexible rubber joint
Corrosion-resistant flexible rubber joint
Rubber fender
Cylindrical rubber fender
Semicircular (D-shaped) rubber fender
Arched (V-shaped) rubber fender
drum rubber fender
Floating (filled) rubber fender
Other rubber fenders
Rubber tracks
According to driving mode
Geared Rubber Track (CRT)
The so-called gear type means that the driving gear teeth are inserted into the belt hole and the driving belt moves backward. If further subdivided, there are two types of single row holes and double row holes.
Wheel Hole Rubber Track (KRT)
The wheel hole type has metal transmission teeth on the belt, which correspond to the holes on the pulley. The belt teeth are inserted into the wheel hole to engage the transmission.
Coreless gold rubber track (WRT)
Rubber raised teeth are used to replace metal transmission parts, with no noise and low vibration. track The inner surface is in contact with the surface of the driving wheel, causing friction transmission.
According to actual use
Rubber tracks for agricultural machinery
Used for various combine harvesters, small and medium-sized pastoral farming machinery and farmland conveying machinery
Rubber tracks for construction machinery
Used in excavators, bulldozers, dump trucks, cranes, aerial work machinery and various road construction machinery.
Rubber tracks for transport vehicles
Used in forests, water grasslands, swamps, wetlands, deep snow, glaciers, frozen soil, etc. that are difficult to pass through Transport vehicles in a mobile environment
Snow plow rubber tracks
Snow removal vehicles for airports, ports, roads and squares
Rubber tracks for military vehicles
For military special vehicles
Interchangeable
It can be interchanged with metal crawlers and can be replaced with metal crawlers according to the working terrain conditions.
Sponge rubber products
According to the hole structure
Obturator (the holes are not connected to each other)
Open holes (holes are not completely separated from each other by hole walls)
with a certain degree of connectivity) and mixed pores (having both open and closed pore structures)
Judging from the form of the main raw materials used to make sponge rubber
dry glue sponge
Colloidal sponge
Rubber sheets and waterproofing membranes
Rubber board
Pure rubber board
Cloth-covered rubber board
waterproof materials
Rubber-plastic homogeneous waterproofing membrane
Backing type waterproof membrane
glue roll
Papermaking rubber roller
Press rubber roller
Papermaking roller
Printing rubber roller
printing roller
Driving roller
The hardness is relatively high, generally between 98 and 100 (Shore A), and there is no elastic deformation. The purpose is to ensure linear speed and good shaping size.
passive roller
The hardness of the passive roller is lower than that of the active roller, generally between 75 and 85 (Shore A), and has a certain degree of elasticity.
Depending on the printing process, the hardness requirements for the printing roller are also very strict, because the hardness directly affects the quality of color registration and printing.
Pad (liquid, dye) roller
Other rubber rollers
printing ink roller
Copier rubber roller
Husking rubber roller
Sizing machine rubber roller
Rubber lining
According to hardness
Hard glue
Semi-hard glue
Soft glue
According to vulcanization process
Thermal rubber lining
Cold glue weighing
Textile rubber products
Draft rubber ring
Cotton apron
Wool spinning, linen spinning, silk spinning, chemical fiber spinning cots
Rubber preshrunk blanket
Automotive rubber products
Automotive V-belt
Cloth-covered V-belt (referred to as cloth-covered belt)
Trimming type V-belt (referred to as trimming belt)
According to its structural form
Cloth-covered V-belt
Trimming type ordinary V-belt
Trimming bottom rubber V-belt
Four types of edge-cut toothed V-belts
Symmetrical trapezoidal section
car timing belt
Automobile poly V-belt
Automotive rubber hose
Cooling water hose
engine cooling system
EPDM/enhancement layer/EPDM
fuel hose
fuel delivery system
FPM(THV)/ECO(NBR)/enhancement layer/ECO(CSM;AEM)
Power steering hose
steering control system
NBR(CSM;CPE;HNBR)/enhancement layer/CR(CSM;CPE;HNBR)
Air conditioning hose
Cooling System
PA-6 alloy/EPDM(IIR)/reinforcement layer/EPDM
brake hose
oil pump brake system
EPDM/enhancement layer/EPDM
Automobile rubber seal strip
solid sealing strip;
Sponge sealing strip;
Composite sealing strips (sponge and solid rubber, sponge and metal inserts, rubber metal inserts and sponge plus leather, fiber, etc.);
Other forms of rubber seals.
car rubber shock absorber
Rubber shock absorbers for engine series
car engine bracket
Rack beams
torsional vibration damper
Rubber shock absorbers for drive units
center bearing
Differential noise damper
Buffer rubber parts
Rubber shock absorbers for control devices
Follower steering arm bushing
With the development of independent suspension devices, in order to avoid mutual interference with the suspension device, the steering linkage system has various structures. The structure of the general steering linkage system strives to reduce the backlash and oscillation caused by uneven road surfaces, thereby slowing down the oscillation of the steering wheel. Originally, many ball joints were used, but there were many joints and it was difficult to lubricate them. The spiral bushing of the rotating support part of the following steering arm has been changed to a rubber bushing, which has successfully reduced the oil supply points. As the steering arm bushing converts to a press-fit rubber inner jacket that is not bonded, the arm itself is generally used as the jacket. The characteristics of torsion springs are quite strict. In particular, reciprocating hysteresis at a certain torsion angle is a problem. The ideal situation is to have a certain degree of hysteresis and return to the initial starting point after a reciprocating motion, that is, it is hoped that the material will have small creep.
steering column bushing
The control system will cause vibration due to looseness, and high-frequency vibration will occur between the steering column and the main shaft. In order to prevent such vibration from being transmitted to the steering wheel, a bushing as shown in Figure 9-50 is often placed between the steering column bracket and the main shaft. The inner sleeve of the steering column bushing has a spindle passing through it. In order to facilitate the rotational movement, it requires small sliding resistance and wear resistance. Usually, a metal tube is not used, but a special adhesive is used to bond it to the rubber. In order to reduce the radial stiffness and increase the free surface, its outer circumference is often designed into a concave and convex surface or a serrated shape.
Rubber connector
In order to isolate the impact force caused by road recoil and the vibration caused by the front suspension system, a rubber connector is used between the steering gear shaft and the main shaft. This rubber connector is flexible and is one of the important components that determines the steering performance.
Front suspension rubber shock absorber
Support suspension device
front suspension stop
connecting rod arm bushing
Stabilizer bar bushing
Tie rod bushing
Rear suspension rubber shock absorber
rear suspension stop
Auxiliary rubber spring
torsion bar rubber
leaf spring bushing
spring bracket
Dynamic shock absorber
Rubber air spring
subtopic
Rubber shock absorbers for car bodies
body support rubber
Rubber for shock absorbing mechanism
Other rubber parts for car body
Exhaust pipe system and other shock-absorbing rubber parts
silencer bracket
Other shock-absorbing rubber parts
Rubber products for printing
Offset printing blanket
Air cushion type compressible rubber cloth
Oilfield rubber products
Screw pump rubber stator
Rubber electrical insulation products
Wires and Cables
Other major rubber insulation products
Rubber insulation products refer to rubber products that are made of rubber as the main material and added with relevant additives. They are highly elastic but difficult to conduct electricity. They are usually referred to as insulating rubber products. It is precisely because of the high elasticity and low conductivity of insulating rubber products that they have increasingly replaced traditional insulating materials such as ceramics, glass, wood, pure water, etc., and are widely used in magnetic and electric fields, electrical appliances, and circuit-related occasions. electrical insulation protection. As an electrical insulator, insulating rubber products, in addition to having good physical and mechanical properties, should not have a large number of freely movable charges in their bodies, that is, they have good electrical insulation properties. This performance is usually comprehensively measured by volume resistivity, dielectric strength, dielectric constant, power factor, corona and other numerical values. Natural rubber and most synthetic rubbers have good physical, mechanical and electrical properties and are often used as electrical insulators for labor protection insulating gloves, insulating carpets, circuit wiring plugs, rubber insulation products for televisions, and electrical touch switches. Insulating sheets, high-voltage line insulators, shock-absorbing insulating pads on automobiles, battery rubber cases, insulating sheaths for wires and cables, and various insulating rubber accessories used in the national defense industry.
Rubber type adhesive
organic adhesive
Synthetic adhesive
Resin type
Epoxy resin
Phenolic Resin
Rubber type
Neoprene
Nitrile rubber
Polysulfide rubber
Butyl rubber
Chlorosulfonated polyethylene rubber
Styrene-butadiene rubber
Inorganic adhesive
Alloy type
Combined use of rubber and plastic
tire
Special performance tires
Smart tires
Function
Tire inflation internal pressure monitoring
Traceability records
Automatically replenish tire pressure
Tire temperature monitoring
type
Unisteel smart tires
The Unisteel smart tire launched by the American Goodyear Tire Company can automatically alarm when the tire pressure deviates from the set value, the tire temperature exceeds the set value, or the tire separates from the axle. The Unisteel smart tire monitoring device is a small monolithic integrated circuit that can automatically measure data such as tire temperature and air pressure. The signal transmitting device is an ultra-micro transmitter, which is combined with a monolithic integrated circuit to send the measured data with a specific code. After receiving the signal, the signal receiving device translates it into numbers and displays them on the liquid crystal display. Monitoring devices and signal transmitting devices are embedded in the tire sidewall during the tire manufacturing process.
MEMS smart tires
The MEMS smart tire launched by the French Michelin Tire Company consists of 4 major components: ① The induction piece is placed inside the tire during the tire building process and plays a role throughout the tire's life; ② The receiver receives the information transmitted from the induction piece , and transmit the information to the connecting device; ③ The connecting device inputs the information transmitted from the receiver into the portable storage device; ④ The portable storage device stores all the data of the monitored tires and displays them.
CGT smart tire
The CGT smart tire launched by Continental General Tire of Germany is mainly made of It consists of three parts: magnetized tires, sidewall torque sensor (SWT for short) and vehicle electronic control system. Among them, SWT is the key component. The key technology of SWT is to mix metal powder into the sidewall rubber to make the rubber The material is magnetized during tire driving and alternately forms positive and negative poles, which can change the force and deformation of the tire. The situation is reflected in some measurable signal, which is captured by a sensor embedded in the tire sidewall rubber and Transmitted to the electronic monitor installed in the cab, it is immediately converted into data by the on-board electronic computer for application Automotive Dynamic Control. The precise information from the SWT sensor helps the driver shorten braking distances in corners and Better vehicle control on various bad road surfaces.
ITT smart tire
The ITT smart tire launched by Finland's Nokia Tire Company basically consists of a miniature lightweight sensor and a receiving device. The working principle of ITT smart tires is that the sensor is installed in the inner cavity of the tire (fixed on the rim), responsible for measuring the tire pressure and temperature, transmitting the data to the receiving device in real time, and when the tire inflation pressure or tire temperature exceeds the set value, The receiving device emits an alarm signal. The receiving device can be a mobile phone, a car-mounted computer, or even installed on a separate display screen in a car repair center.
SAW technology smart tires
Darmstadt University in Germany proposed using SAW (surface acoustic wave) sensors to measure parameters such as tire pressure and temperature. The use of surface acoustic wave sensors to measure tire temperature and air pressure does not require the use of power within the tire, making it passive and easy to maintain; it reduces the mass of the sensor, eliminates the dynamic load of the tire, and is suitable for harsh work inside the tire. environment. A surface wave sensor is embedded in the tire surface, which can measure the tire pressure and temperature while the vehicle is driving, and transmit the data to the central processing unit through RF signals. If there is any abnormality, it will alarm in time. The working principle is that the central processing unit sends out RF pulse signals through the antenna. The sensor embedded in the tire surface receives the RF pulse signal through the antenna and converts it into a surface acoustic wave. When the surface acoustic wave propagates in the sensor, it collects relevant data and is converted into an RF signal again. , and transmit it through the antenna. The central transceiver unit receives the signal and extracts and judges it. The transmission and reception of signals are controlled by the central processing unit, and the transmission and reception share a common antenna.
green tires
safety tires
Self-sealing safety tires
run flat tires
Self-sealing run-flat tires
Self-supporting run-flat tires
Tires with elastic fillers in the inner cavity
anti-skid tires
retread tires
Other tires
Lightweight tires
bionic tires
Colored tires
traditional tires
bridge tire
Light truck tires
Truck and bus tires
Engineering machinery tires
Off-road car tires
Off-road vehicles are front and rear wheel drive
Agricultural and forestry machinery tires
by structure
bias tire
Radial tires
According to pattern
Ordinary pattern
Off-road pattern
Mixed patterns
According to carcass skeleton material
cotton cord tires
Rayon cord tires
Nylon cord tires
polyester cord tires
steel cord tires
Pouring Tires
Check whether there is an inner tube
With inner tube
Tubeless
According to size
giant tire
Distinguished by nominal cross-section width, giant tires refer to engineering tires in China
Large tires
Large tires refer to 13.00-20～14.00-20
medium tire
Medium-sized tires include 7.00-20~12.00-20
small tires
Small tires generally refer to light truck tires and car wheels fetal
mini tires
Such as 4.50-12, 5.00-10 and 5.00-12 etc.
Classified according to different air pressures
Pressure regulated tires
fixed pressure tires
High-pressure tires (pressure above 0.5~0.7MPa)
Low pressure tires (0.15～0.5MPa)
Ultra-low pressure tires (below 0.15MPa)