Anti Vibration Gloves

Users frequently encounter problems such as inadequate protection, discomfort during wear, and poor durability when selecting, using, maintaining, and purchasing anti-vibration gloves. Based on market feedback and industry practices, the following breakdown of core issues and targeted solutions helps users avoid common pitfalls:

I. Selection Issues: Mismatch Between Protection and Application Scenarios (Core Pain Point)

1.Common Problems

• Vibration protection falls short of expectations: Users still experience numbness and joint pain, particularly during high-frequency vibration tasks (e.g., wind turbine maintenance, rock drilling).
• Redundant or missing features: Purchasing high-protection gloves for light-duty work wastes resources, while basic gloves in heavy industry lack auxiliary functions like cut resistance or oil resistance.
• Size mismatch: Gloves that are too tight restrict movement, while loose gloves amplify vibration transmission and compromise tool control precision.

2. Root Causes

• Failure to match vibration intensity with international standards (EN ISO 21420 for vibration protection, EN 388 for cut/abrasion resistance);
• Failure to consider material requirements based on environmental factors (e.g., oil contamination, low temperatures, sharp objects);
• Selection based solely on experience without consulting brand-provided sizing charts.

3.Solutions

• First define operational parameters: vibration frequency (low/medium/high), tool type (chainsaw/hammer drill/ pneumatic wrench), environmental conditions (dry/oily/low temperature), then select the corresponding protection level (Class 1-5);
• Match functionality to needs: Choose nitrile/TPR oil-resistant coated gloves for oily environments, genuine leather-based cut-resistant gloves for heavy industry, lightweight breathable gloves for precision tasks;
• Select by palm circumference + length: Prioritize try-on to ensure gloves fit snugly without tightness, leaving 1-2cm of movement space at fingertips to avoid compromising protection or operation due to excessive looseness or tightness.

II. Usage Issues: Discomfort and Protection Failure

1. Poor wearing comfort

• Common issues: stuffy, non-breathable (perspiration and bacterial growth during prolonged wear), limited dexterity (bulky design hinders precision movements), excessive wrist constriction;
• Root causes: poor material breathability (e.g., full rubber gloves), ill-designed shock absorption (e.g., excessively thick foam padding, overly rigid TPR coating), ill-fitting wrist Velcro/elastic straps;
• Solutions: Prioritize gloves with knitted breathable liners + localized shock absorption (e.g., foam padding on palms + breathable mesh on backs); avoid fully coated TPR models for high-frequency tasks—opt for uncoated fingertips or thin coatings instead; choose adjustable Velcro wrist closures to accommodate varying wrist sizes.

2. Diminished or Failed Protective Performance

•  Common Issue: Significant decline in shock absorption over time, or material damage;
• Root Cause: Aging of shock-absorbing materials (e.g., collapsed foam, hardened gel, cracked TPR coating), failure to replace gloves upon reaching service life, improper use (e.g., handling sharp objects causing damage);
• Solutions: Regularly inspect shock-absorbing components (check for foam/gel collapse or coating damage). Replace immediately if any of the following occur: ① Palm wear exposing base material; ② Leaking/hardened shock-absorbing material; ③ Reaching 6-12 months of use (reduce to 3-6 months for high-frequency tasks); ④ Strictly adhere to intended usage scenarios, avoiding over-range operations.

III. Quality and Durability Issues

1. Common Problems

•  Material damage: Rapid abrasion or tearing on palms/fingertips, especially fraying along edges in leather gloves;
• Shock-absorbing components detaching: Sponge/gel pads separating from base layer; TPR coating cracking or peeling;
• Odor and Allergies: New gloves emit pungent odors, or cause itching and redness after wear.

2. Root Causes

• Purchasing low-cost, substandard products: Use of recycled materials and crude manufacturing (e.g., weak adhesive bonding);
• Inappropriate material selection: Thin gauze gloves for light tasks fail to meet high-friction application demands;
• Products lacking environmental certifications: Materials contain harmful substances like formaldehyde or heavy metals.

3. Solutions

• Prioritize brands with international certifications (EN ISO 21420, EN 388) such as Everpro Gloves or Superior Glove; reject low-cost products without testing reports;
• Select materials based on task intensity: Use genuine leather/reinforced synthetic fiber for high-friction scenarios; choose breathable gauze for light-duty tasks.
• Air new gloves for 1-2 days before use. For sensitive skin, prioritize silicone-free, food-grade contact-safe materials. Inspect for irritating odors before wearing.

IV. Procurement & Partnership Issues (Key Focus for Wholesalers/Corporate Clients)

1. Common Issues

• Custom products fail to meet specifications: blurred logo screen printing, color discrepancies, unimplemented style modifications;
• Extended lead times: delayed deliveries for bulk orders disrupt production schedules;
• Lack of after-sales support: suppliers shirk responsibility for quality defects, complicating returns/exchanges.

2. Root Causes

• Failure to confirm samples before customization (e.g., logo placement, color codes, style details);
• Lack of clear agreements with suppliers on delivery timelines and inventory guarantee terms;
• Procurement contracts lacking stipulations on quality standards, after-sales responsibilities, and return/exchange procedures.

3. Solutions

• For custom products: Require suppliers to provide sample prototypes first. Confirm all details are correct before placing bulk orders, clearly defining custom parameters (logo size, Pantone color codes, packaging requirements).
• Before bulk purchasing: Verify supplier capacity (e.g., annual production capacity, current inventory). Sign contracts specifying delivery cycles and compensation clauses for delays.
• Select suppliers with robust after-sales systems: Require quality inspection reports, specify warranty periods (e.g., 3-month return/exchange for non-human damage), and prioritize brands offering one-on-one selection guidance and 24/7 support.

V. Industry Misconceptions

1. Common Misconceptions

•  “Thicker gloves provide better shock absorption”: Excessive thickness compromises operational flexibility and may increase hand fatigue due to heavy materials.
• “All shock-absorbing gloves are cut-resistant/oil-resistant”: Most basic models focus solely on shock absorption; auxiliary functions require explicit labeling (e.g., EN 388 cut resistance rating, oil resistance symbols).
•  “Gloves last indefinitely”: Shock-absorbing materials (foam, gel, TPR) degrade over time, causing protective performance to fail with prolonged use.

2. Correct Understanding

• Shock absorption hinges on “structural design” (e.g., hollow microspheres, composite damping layers), not thickness. High-quality gloves achieve both “lightweight construction + efficient shock absorption”;
• When purchasing, clearly specify auxiliary functions and review product parameter sheets for cut resistance, oil resistance, abrasion resistance, and other metrics;
• Establish a regular glove replacement schedule: replace every 3-6 months for high-frequency work scenarios, and every 6-12 months for low-intensity scenarios.

If you encounter any of the above issues while using Everpro Gloves products, feel free to contact our after-sales team at any time. We offer one-on-one solutions and complimentary sample replacement services, ensuring more reliable protection and more efficient operations!