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Case Studies
Our clients around the world are achieving enduring change in their capabilities and performance. Leading with technology, we partner with them to see new potential for growth, innovate to net zero, and build capabilities across their entire organization, creating impact that goes beyond financial and operational performance improvements. Here's what that looks like.
How KPN is building an agentic AI engine for customer care
June 24, 2026 - By transforming its contact center with agentic AI, the leading Dutch telecom company is strengthening quality, improving efficiency,...
How KPN is building an agentic AI engine for customer care
June 24, 2026 - By transforming its contact center with agentic AI, the leading Dutch telecom company is strengthening quality, improving efficiency,...
How KPN is building an agentic AI engine for customer care
June 24, 2026 - By transforming its contact center with agentic AI, the leading Dutch telecom company is strengthening quality, improving efficiency,...
How KPN is building an agentic AI engine for customer care
June 24, 2026 - By transforming its contact center with agentic AI, the leading Dutch telecom company is strengthening quality, improving efficiency,...
How KPN is building an agentic AI engine for customer care
June 24, 2026 - By transforming its contact center with agentic AI, the leading Dutch telecom company is strengthening quality, improving efficiency,...
How KPN is building an agentic AI engine for customer care
June 24, 2026 - By transforming its contact center with agentic AI, the leading Dutch telecom company is strengthening quality, improving efficiency,...
Fiber Industry Challenges & Newton Solutions
A detailed look at the specific challenges in the fiber industry and how Newton's engineered solutions address each one.
Fiber Industry Challenges
Business Consequence
Newton's Solution
Extreme Rebound Bursting
After bale press release, compressed fiber generates tons of continuous expansion force. Standard straps cannot hold it.
Strap or joint snaps instantly → bale falls apart, product loss, customer claims.
High-draw orientation process
Longitudinal tensile strength ≥8,000 N for 19060
High draw ratio aligns molecules lengthwise for maximum strength
Holds multi-ton fiber expansion – no more bursts.
High-Speed Fraying / Splitting
During high-speed automated feeding, strap bends sharply around tight-radius tracks. If molecular orientation is too “straight”, it splits lengthwise and frays.
Strap shreds into fibers → tracks jam → frequent downtime, high repair cost, low output.
Balanced cross-direction strength
Controls both lengthwise and crosswise molecular alignment during production
Prevents longitudinal splitting → zero fraying, zero jamming, smooth high-speed feeding.
High-Strain Rate Brittle Fracture
During stacking or transport, bales get secondary compression. Strap suddenly suffers a high-speed impact load.
Strap snaps because it cannot absorb impact energy → bale spillage, safety hazard, rejected goods.
High-toughness copolymer formula
Dynamic elongation controlled at 12%–18%
Added impact-absorbing ingredients
Acts like a spring under sudden compression – flexes instead of breaking.
Technical Analysis & Comparison
See how Newton's engineered strapping outperforms standard PET strapping in fiber applications.
1984
Year founded
>44,000
Total employees (FTEs)
143
Nationalities
>60
Locations
2025 annual figures
Key features & benefits
The TWINSCAN NXE:3800E is the successor to the TWINSCAN NXE:3600D. It combines imaging and overlay improvements with a big step up in productivity.
The TWINSCAN NXE:3800E is the successor to the TWINSCAN NXE:3600D. It combines imaging and overlay improvements with a big step up in productivity.
The TWINSCAN NXE:3800E is the successor to the TWINSCAN NXE:3600D. It combines imaging and overlay improvements with a big step up in productivity.
The TWINSCAN NXE:3800E is the successor to the TWINSCAN NXE:3600D. It combines imaging and overlay improvements with a big step up in productivity.
同等强度，更低米重
更多米数，更高效率
通过分子取向控制、交叉结构设计和稳定热定型工艺，纽顿 PET 打包带在满足相同打包强度要求的同时，实现更低单位米重，提升每卷米数与长周期打包稳定性，为您创造更高价值。
查看技术对比
申请样品
纽顿 PET 打包带优势
✣
受力分布更均匀
减少局部应力集中，降低松弛与断带风险
⌗
结构更稳定
高结构稳定性，长期储存与运输保持包装完整
✥
抗冲击与延伸可控
延伸率 12%–18%，兼顾高强度与韧性
⌁
更低失效风险
减少货物移位、倾斜与坍塌风险
×
标准 PET 打包带
×
受力分布不均
局部受力集中，易形成薄弱区域
⌁
高弯曲与结构损伤
运输和储存过程中易出现弯折
△
打包带失效风险高
松弛可能导致货物移位
VS
✓
纽顿（Newton）PET 打包带
✣
受力均匀压缩
受力均匀分布，减少局部压力集中
⌾
高结构稳定性
长期储存运输过程中保持包装完整
⌁
抗冲击与延伸可控
兼顾高强度与韧性
✓
低失效风险
减少松弛、货物移位及返工风险
三大核心技术 造就稳定性能
01
分子取向控制
通过分子链均匀取向，提高材料强度和稳定性，满足不同应用需求。
→
拉断力可达 ≥ 8,000 N（按应用需求设计）
02
交叉取向结构
纵向与横向结构协同作用，提升材料受力均匀性与尺寸稳定性。
✣
均匀受力
◇
稳定结构
⌗
更高稳定性
03
抗冲击与延伸可控
合理控制延伸率，在保持强度的同时吸收运输过程中的动态冲击。
✓
高强度
✓
高韧性
✓
抗冲击
✓
延伸率 12%–18%
标准 PET 与纽顿 PET 性能对比
性能项目
标准 PET 打包带
纽顿 PET 打包带
拉断力（N）
按应用需求设计
按应用需求设计
延伸率（%）
约 10%
12%–18%
单位米重（g/m）
较高
更优化（更低）
每卷米数
标准
更多米数
受力分布
较不均匀
更均匀
长期稳定性
一般
更稳定
应用一致性
存在波动
更稳定
产品规格参数
宽度选择：
12 mm
15.5 mm
16 mm
19 mm
项目
16 mm 规格参考
厚度（mm）
0.80–1.05
单位米重（g/m）
约 18.8
每卷重量（kg）
约 20.0
每卷米数（m）
约 1,100–1,300
拉断力（N）
≥ 8,000（按应用需求设计）
延伸率（%）
12%–18%
芯径（mm）
406
推荐应用
棉花包、化纤包、钢材、建材、重型货物等
产品展示
更低米重，带来更多价值
▤
更多米数 / 卷
同等卷重下，获得更多可用米数，减少换卷频率。
◴
更高打包效率
减少设备停机与人工换卷次数，提高连续生产效率。
♧
更低材料消耗
在满足目标拉力的前提下，优化单位米重，节约材料。
▣
运输更稳定
稳定张力与延伸性能，降低货物松弛与倾倒风险。
广泛应用于各行业重型打包场景
♧
棉花 & 化纤包
◎
钢材 & 金属
▱
玻璃 & 建材
⬡
纸品 & 纸板
♙
瓶罐 & 饮料
▦
物流 & 托盘货物
严格品质管理，符合国际标准
⌁
GB/T 1040.1
拉伸性能测试
◇
GB/T 1040.3
薄膜拉伸性能
✣
ISO 527-1
塑料拉伸性能
✣
ISO 527-3
薄膜拉伸性能
⌾
ASTM D3950
打包带测试方法
✓
RoHS
符合
✥
REACH
符合
✥
批次可追溯
⚙
在线张力检测
◴
尺寸精度控制
✓
接头效率验证
♧
告诉我们您的货物、打包机类型和所需拉断力，
我们将为您推荐最合适的 PET 打包带规格方案。
获取技术推荐方案
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