I. Core Protection Principle of Tactical Protective Gloves

1. Palm Anti-slip and Wear-resistant Layer: Adopts high-density rubber or polyurethane (PU) coating to improve friction with firearms and instruments, prevent slipping during gripping, resist friction and wear, and adapt to long-term equipment operation.
2. Back-of-Hand Impact-resistant Layer: Equipped with hard Kevlar (aramid) padding or carbon fiber guards to disperse blunt instrument impact force, avoid damage to back-of-hand bones and joints. Some models integrate cut-resistant fibers to enhance puncture resistance.
3. Finger Tip Flexible Touch Layer: Made of conductive fiber material, supporting touch screen operation. It can use walkie-talkies, tactical tablets and other electronic devices without taking off gloves, suitable for information-based combat scenarios.
4. Wrist Tightening Adjustment Layer: Equipped with Velcro fastening strap, which can adjust tightness to prevent gloves from falling off during tactical movements, and block sand and debris from entering the gloves.

II. Core Classifications and Applicable Scenarios of Tactical Protective Gloves

1. Cut-resistant and Wear-resistant Tactical Gloves

1. The core protection area is woven with high-performance polyethylene (HPPE) cut-resistant fibers, with a cut-resistant level up to EN 388 Level 5, which can resist cutting injuries from knives and glass shards. The palm anti-slip coating design is suitable for low-to-medium risk scenarios such as daily patrols, equipment maintenance and suspect arrests. Its advantage is light weight and flexibility without affecting basic operations.
2. Impact-resistant Tactical Gloves

1. The back of the hand is equipped with carbon fiber hard guards and integrated with buffer foam layer, which can resist impacts from sticks and stones, and has cut-resistant and puncture-resistant performance, with protection level covering EN 388 Level 4+. Suitable for medium-to-high risk scenarios such as street conflicts, riot control and building clearance, ideal for special police and riot forces.
2. Special Operations Tactical Gloves

1. Made of aramid fiber + ultra-high molecular weight polyethylene (UHMWPE) composite material, it has the characteristics of cut resistance, impact resistance and high temperature resistance (short-term tolerance up to 200℃). The finger tips are equipped with conductive touch screen modules, and some models have anti-slip particles and firearm anti-slip lines on the palm. Suitable for extreme environment operations such as counter-terrorism assaults, behind-enemy-lines infiltration, alpine/high temperature areas, and is the core hand equipment for special forces.

III. Core Materials of Tactical Protective Gloves: Technical Balance Between Protection and Flexibility

IV. Global Mainstream Certification Standards for Tactical Protective Gloves

1. European EN 388 Standard: The most authoritative global standard for hand mechanical protection, which classifies four performances including cut resistance, wear resistance, tear resistance and puncture resistance. It is the core basis for European market access and must be marked with CE label.
2. North American ANSI/ISEA 105 Standard: Divides cut resistance into 9 levels from A1 to A9, clarifies the knife cutting force limits of different levels, suitable for North American military and police procurement needs.
3. Middle East SABER Certification: Mandatory in Saudi Arabia, UAE and other countries. It is necessary to complete Product Conformity Certification (PC) and Shipment Conformity Certification (SC). The label must be marked with Arabic protection level and size range, suitable for the high-temperature and sandy environment in the Middle East.

V. Core Points for Selecting Tactical Protective Gloves

1. Match Mission Risk Level: Choose cut-resistant and wear-resistant models for low-risk patrols; choose impact-resistant models for medium-to-high risk riot control; choose special operations models for extreme environment combat, avoiding excessive protection affecting operation.
2. Balance Flexibility and Protection: Prioritize styles with no thick padding on finger tips and anti-slip coating on palm to ensure the completion of fine movements such as firearm aiming and instrument disassembly.
3. Adapt to Combat Environment: Choose breathable mesh material for high-temperature desert areas; choose fleece-lined warm styles for alpine areas; choose waterproof and anti-slip coating styles for humid environments.
4. Recognize Compliant Certifications: Exports need to match target market certifications (EN 388/ANSI/ISEA 105/SABER), and domestic procurement must comply with relevant standards of the public security department to avoid failure to be equipped due to lack of certifications.