Why is the pad so important? It serves multiple roles while cycling. It provides padding to protect sensitive areas from chafing and irritation. It absorbs vibration and impact from the road. It wicks away moisture and sweat. It prevents overheating through airflow channels. A quality pad achieves all of these functions with minimal bulk and seamless comfort, making it a seamless extension of your body while riding.

The padding in high quality cycling short pads uses variable thickness foam to eliminate pressure points. Thicker foam over the sitting bones and ischial tuberosities prevents bone bruising on longer rides. The perineum area uses thinner, softer foam to prevent chafing and increase comfort. New variable density and perforated foams mold to the body while allowing airflow and moisture evaporation.

Pad shaping is also an important factor. An anatomical shape designed specifically for different sexes helps the pad fit the body correctly when riding in an aggressive aerodynamic position. Cut-outs and channels prevent the pad from bunching and overheating. The front panels of women’s pads are often narrower with extra protection padding integrated.

The fabric layers covering the pad also enhance comfort and performance. A perforated outer layer allows heat and sweat evaporation. Next, a soft microfiber layer prevents chafing. Finally an antibacterial layer protects sensitive skin and prevents odors. Seamless wraparound construction ensures seam-free contact between skin and pad.

So how can you evaluate which cycling short pad will work best for your body and riding style? Here are key factors to consider:

Padding thickness – Variable thickness provides protection where needed without unnecessary bulk.

Density/firmness – Multi-density foam offers cushioning and support. Firmer padding over sit bones prevents bruising.

Shape – An anatomical and gender-specific shape ensures a better fit.

Fabrication – High quality wrapped construction with no seams prevents chafing.

Airflow – Perforations and channels allow ventilation and sweat evaporation.

Bacteria protection – Antibacterial fabrics and treatments help prevent odors.

Fit – The pad should integrate seamlessly with the short without looseness or bunching.

It’s also important to choose a pad that matches the intensity and duration of your rides. Long endurance rides require greater padding and protection. Frequent high intensity riders may prefer less bulky padding that still offers support. Testing different cycling short pads across brands is the best way to determine which works best for your physiology and riding style.

While good cycling shorts don’t have to be expensive, the pad is one area where it pays to invest in quality. Premium pads deliver lasting performance mile after mile. Cheaper pads often lack shaping, ventilation and antibacterial treatments which can lead to discomfort and irritation over longer rides. Quality pads also maintain their performance and resilience after repeated washings, extending the lifespan of your cycling shorts.

So while the technical fabrics and cool colors of cycling shorts garner the most attention, it’s the humble pad inside that truly defines comfort on the bike. The next time you shop for cycling shorts, be sure to evaluate the pad quality first before considering looks and brand names. Prioritizing a well designed, high performance pad will help ensure your shorts feel as great as they look while you rack up the miles in optimal comfort.

Temperature Regulation

A primary purpose of wearing base layer is keeping body temperature regulated in cold weather. Cycling creates heat, but winter winds and drops in temperature can lead to chills once riders stop. Base layers provide lightweight insulation to lock in warmth without overheating while riding. They create a thin barrier between skin and outer layers, trapping heat close to the body. Materials like Merino wool, silk and synthetic blends retain heat well. Insulative fibers trap air pockets, while wicking fibers prevent sweat-soaked chill. The thickness of the base layer can provide light, mid or heavy insulation options depending on the temperature range. Well-chosen base layers allow riders to optimize warmth without the bulk of heavy outerwear.

Moisture Management

Wicking is one of the most critical base layer attributes for cycling. As physical exertion increases, evaporation becomes the most effective cooling method when ventilation is limited. A rider’s sweat must transfer from the skin to the outside air to maximize this effect. Base layers keep the skin drier by spreading moisture across fabric surfaces. Hydrophobic synthetic fibers like polyester and polypropylene literally repel water, driving sweat outward so it can evaporate. Mesh panels, zoning and waffle weave patterns also speed up drying. Dry skin stays warmer and reduces irritation and chafing. Effective moisture management is essential in cold climates where wet base layers lose all insulating value. Perfectly balancing insulation and wicking optimizes a base layer’s temperature regulation.

Odor Control

On multi-day tours or long training rides, being able to wear cycling gear multiple times without washing is highly convenient. Base layers treated with anti-odor technologies prevent the growth of bacteria that causes stench in sweaty fabrics. Silver ions, polygiene and other antimicrobial finishes limit odors. Naturally odor-resistant Merino wool base layers also stay fresher longer thanks to lanolin in the fibers. Odor control allows base layers to be worn on consecutive ride days without smelling.

UV Protection

Sun protection is often overlooked on cool days. But UVA and UVB rays penetrate clouds and penetrate exposed skin year round. Long sleeves and leg covering cycling base layers provide a vital first line of defense against the sun. Tight knits block rays while ventilated mesh panels prevent overheating. Darker colors offer very limited UV protection while light shades and whites excel at deflection. Some synthetics like polyester contain UV stabilizers. Ideally base layers offer an ultraviolet protection factor (UPF) rating over 30, or up to UPF 50 for maximum benefit.

Compression

Gradual compression in base layers enhances blood flow and recovery on and off the bike. A snug fit supports muscles, boosts oxygen delivery to working muscles and reduces lactic acid buildup. Targeted compression zones focus on large muscle groups like quads. Compression also limits muscle vibrations that sap energy. This equates to better endurance and reduced fatigue. Many riders specifically wear compression cycling base layers for recovery after hard efforts. The improved circulation flushes metabolic waste from muscles and reduces soreness. Light, medium and high compression options cater to personal preferences and needs.

Chamois Layering

In colder temperatures, cyclists gain an advantage by layering base layer bottoms and tights or shorts. Wearing base layer allows wearing lighter padded cycling shorts to stay comfortable on the saddle. Tights worn over the chamois add insulation and wind protection. The base layer separates the two for better stretch and friction reduction. This prevents the padded chamois from moving under tights and protects skin from chafing. Using multiple lighter layers provides warmth without restricting pedaling motion or creating bulk around the thighs. Wearing base layer also protects the more delicate chamois fabric from abrasion and wear.

Aerodynamics and Fit

A skin-tight fit minimizes flapping fabric for an aerodynamic advantage. This requires cycling base layers to have ample stretch and recovery. Spandex, elastane or Lycra blended into the fabric provide stretchiness and compression without restriction. Flatlock seams eliminate bulky edges for less drag. A contoured anatomical fit follows natural body lines. For the best wicking, insulation and aerodynamics, base layers work best when properly fitted to the individual.

Bacteria Protection

Antimicrobial fabric finishes help base layers fight bacteria growth and odors. But they also protect the wearer. Fitness fabrics in contact with skin harbor bacteria. Tight-fitting cycling base layers are prone to transmitting bacteria during rides in varied terrain and conditions. By inhibiting microbial growth in the fabric itself, riders avoid harmful bacteria transfer to the body through nicks and cuts. Antimicrobial treatments utilizing silver ions or polygiene are common in cycling base layers to create a cleaner garment environment.

Safety and Visibility

Limited visibility is a key cycling hazard, especially in low light conditions. Reflective details on cycling base layers improve visibility and safety around cars, trains and other vehicles. Reflective threads can be woven into the base layer fabric itself or printed/laminated on. Soft elastic trim offers non-chafing reflectivity. Base layer legs also protect skin from abrasion if wiped out. Bright colors like neon yellow or orange stand out in daytime sun and shadows. White is visible day or night. For commuters, visibility focused base layers are ideal layered under casual tops.

Moisture Transfer

Some cycling base layers fabrics excel at moving moisture well beyond just wicking perspiration away from the skin. This moisture transfer helps keep the outer layer of clothing dry as well for greater comfort. Synthetics like polyester and nylon are hydrophilic, actually absorbing small amounts of moisture that can migrate outward. Wool also naturally absorbs then releases moisture vapor quite efficiently. This effect helps the outer jersey avoid getting saturated with sweat, especially in high humidity where evaporation rates are low. Keeping the outer layer drier improves temperature regulation.

Odor Resistance

On multi-day tours or long expeditions, being able to wear cycling apparel multiple times without washing is convenient. Merino wool is naturally odor resistant due to lanolin in the fibers. Synthetics can be enhanced with anti-odor treatments using silver ions or polygiene. This prevents the growth of odor causing bacteria in the fabric. Odor control allows more wears between washes.

In conclusion, today’s cycling base layers utilize advanced materials and design features to optimize performance and comfort on the bike. Choosing high-quality cycling base layers tops and bottoms matched to the weather and ride demands provides benefits like temperature regulation, moisture management, muscle support and odor resistance. The right base layers improve power output, endurance and recovery while preventing chills, chafing and overheating. Considering the wide array of available materials, fit options and designs allows riders to tailor their base layer selection for their specific cycling goals and conditions. When combined with outerwear like jerseys and tights, a dialed base layer system ensures riders feel great riding deep into any season.

(1) Recycled PET fabric is a new type of environmental protection recycled fabric, whose yarn is made from waste mineral water bottles and Coke bottles, and is also commonly known as RPET fabric. This product is very popular in foreign countries, especially in developed countries in Europe and America, because it is waste reuse.

(2) RPET fabric is made of recycled environmental protection fiber from Coke bottles, which can be recycled and effectively reduce carbon dioxide emissions, saving nearly 80% of energy compared with the conventional process of producing polyester fiber.

RPET yarn manufacturing process

Coke bottle recycling → Coke bottle quality inspection and separation → Coke bottle slicing → yarn extraction, cooling collection → Recycle Fabric yarn → woven into fabric?RPET fabric washing method

1、Maximum water temperature 40 degrees

2、No chlorine bleaching

3、Ironing with cloth

4、No drying

Advantages of RPET fabric

Excellent quality: Compared with traditional PET polyester-cotton fabric, RPET not only highlights the style of PET fabric but also has the advantages of cotton fabric. The special raw material makes RPET fabric has low shrinkage rate and stable size, but also has the advantages of bright surface luster, soft and smooth hand feeling, fabric upright and not easy to wrinkle, no matter the environment dry or wet can maintain good elasticity and wear resistance.

The difference between recycled polyester and ordinary polyesterDifferent raw materials

1, recycled polyester is made of recycled materials (PET bottle flakes, foam, etc.) and then granulated into fiber.

2、Common Polyester is made of chemical raw materials PTA and MEG polymerization esterification into fiber.

Polyester yarn refers to polyester as raw material spun into yarn, polyester is a class of polymer spun and made of fiber, currently refers to the production of ethylene glycol benzodicarboxylate as raw material fiber, according to the English name of its raw material “polyethylene terephthalate” abbreviation, referred to as “PET” fiber.

Recycled polyester staple fiber is made from polyester fabric, used polyester bottle flakes, spinning waste, bubble material, pulp block as raw material, used bottle flakes are crushed, cleaned, the mixture of various materials through drying, melt extrusion, spinning, winding, bunching, drawing, curling, relaxing heat setting, cutting to form different lengths of polyester staple fiber.

Compared to the two: eco-polyester not only has the advantages of ordinary polyester, but also tends to be more green in concept.

What is RPET fabric currently used to produce?

(1)Garments: down (cold-proof) clothing, windbreakers, jackets, undershirts and vests, sportswear, beach pants, baby sleeping bags, swimwear, scarves, workwear, conductive workwear, fashion, theater robes, pajamas, etc.

(2) bags: computer bags, ice bags, satchels, backpacks, trolley bags, suitcases, cosmetic bags, pen bags, camera backpacks, shopping bags, handbags, gift bags, drawstring bags, baby strollers, storage boxes, storage boxes, medical bags, lining materials for luggage, etc.

(3) Home textiles: four-piece bed sets, blankets, backrests, pillows, toys, decorative cloths, sofa covers, aprons, umbrellas, raincoats, sunshades, curtains, wiping cloths, etc.

(4) Others: tents, sleeping bags, hat materials, shoe materials, car interiors, etc.

RPET fabric is made from recycled environmental protection fiber materials recovered from Coke bottles. After the recycled Coke bottles are rolled into pieces, it is processed by drawing, which can be recycled and effectively reduce carbon dioxide emissions, saving nearly 80% of energy than the conventional process of producing polyester fiber.

INBIKE will launch a series of cycling apparel which is made of RPET fabric. We have the responsibility to protect the earth. And we will also try our best to reduce the pollution.

All new INBIKE jerseys are used high quality fabrics, even the RPET fabric.

This new line of cycling apparel delivers the concept that INBIKE has the ability the satisfy your need of performanc, meanwhile, we are also have the responsibility minimize the environmental impact.

When designing new INBIKE cycling apparel series, designers have drawn inspiration from our historic heritage to create collections that are clean and classic. This process is an attempt to get back to the basics to provide more suitable cycling apparel.

What’s the Design

Environmental protection series is the main concept of this series. We use recycled fabrics to create this series concept. This series advocates the concept of gender-neutral design. The same color for men and women makes the brand more diverse. SustainabilityIt is a topic that the brand has been paying attention to. This environmentally friendly fabric series made of recycled materials has elegant and bright colors.

Series Concept Overview:

Fashion and tonal.

Suitable temperature:

15- -30 degrees

Product Features

Environmental friendly renewable fabric, with 60% Recycled Polyester environmentally friendly yarn, which is antibacterial, suction and drainage, etcAnti-ultraviolet UV50+Cuffs, front hem fit with seamless technology for added comfortThe choice of multiple colors allows you to personalize the matching at will, and the blessing of 3D silicone logo increases the fashion degreeDesign Features:

The design of the short section closely follows the fashion trend, showing long legs

Pocket reflective image logo for added security

Zipper on the right side of the pocket for easy access to valuables

The steel-pressed non-slip webbing on the rear hem meets the anti-slip function and has its own brand fashion tone.

Why RPET fabric is more popular?

Environmental protection has gradually become a design trend that cannot be ignored, and environmentally friendly fiber clothing will be the future development trend. This change not only reflects the progress of science and technology, but also reflects people’s quality of life. The requirements are constantly increasing, and the advancement of science and technology makes such changes possible.

Waste PET bottles

According to incomplete statistics, one million tons of discarded PET bottles cover the earth’s surface every year, and more than one billion pieces of clothing are discarded, constantly refreshing the landfill and pollution data on the earth.

Ocean problems

A series of problems such as global warming effect, contradiction between man and land, and marine pollution have attracted more and more attention. Environmental protection has become urgent. Environmentally friendly recycled polyester fabrics and chemical fiber biodegradable fabrics are born.

Recycled polyester fiber is made of recycled waste cola bottles as raw materials, and PET bottles can be processed into PET fragments after removal of caps, delabels, washing, classification, crushing, flotation, etc. After that, it is made into recycled polyester filament.

Resource recycling and recycling are currently widely used methods to reduce carbon emissions. Green fiber is of great significance to protecting the environment and saving resources.

a. Reduce the consumption of crude oil raw materials

b. Save the energy consumed by crude oil in the manufacturing process of raw silk

c. Reduce carbon dioxide emissions to slow down the rate of global warming

d. Prevent soil and air pollution caused by flooding and burning

So INBIKE choose RPET fabric in the products will be launched later. This series cycling apparel shows the responsibility of INBIKE brand. We will try our best to combine the environmental protection and comfort and give you the best experience.

Benefits of Recycled PET Fabric

1. PET recycled yarn can reduce the use of oil, and each ton of finished PET yarn can save 6 tons of oil, which has made a certain contribution to reducing air pollution and controlling the greenhouse effect.
2. A plastic bottle (600cc) = carbon reduction 25.2g = fuel saving 0.52cc = water saving 88.6cc3. The environmentally friendly yarn has passed the authoritative certification of the Taiwan Environmental Protection Agency, the US SCS Environmental Protection Agency, the European Oeko-Tex Standard 100 ecological environmental protection certification and the international GRS recycling standard, and has a higher degree of international recognition.

Fabric:

(1) RPET fabric (Coke bottle environmental protection cloth) is a new type of green and environmentally friendly recycled fabric. The low-carbon nature of its source allows it to create a new concept in the field of regeneration. Currently, it is made of recycled “Coke bottle” recycled fiber. 100% of its recycled materials can be recycled into PET fibers, effectively reducing waste.

“Coke bottle” recycled filament can be used to make T-shirts, children’s clothing, men’s and women’s casual wear, windbreakers, down (cold) clothing, work uniforms, gloves, scarves, towels, bath towels, pajamas, sportswear, jackets, Tote bags, blankets, hats, shoe materials, bags, umbrellas, curtains, etc. Recycled staple fibers from “Coke bottles” can be twisted and spun into yarns, woven into fabrics, and made into a variety of other products.

(2) Recycle PET fabrics use recycled and environmentally friendly fiber raw materials recovered from Coke bottles. After the recycled Coke bottles are crushed into pieces, they are processed by spinning, which can be recycled and effectively reduce carbon dioxide emissions. Compared with conventional production processes, polyester is produced. Fiber saves nearly 80% of energy.

INBIKE also use this kind of RPET fabric to produce cycling jersey, which is not only environmental friendly, but also comfortable to wear.